JP2010116713A - Facility for constituting office - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a facility for constituting an office useful in the case of rationally constituting a working space and a meeting space and efficiently utilizing them. <P>SOLUTION: The facility for constituting the office includes work stations 1, 1 constituted by connecting top plates 11 and rising face panels 12 in the width direction and arranged in at least two rows, and a space structure 2 arranged in close relation to the two rows of work stations 1, 1 and constituted to at least partially surround a space inside using at least corner posts 21 taller than the rising face panels 12. A work space S1 between the two rows of work stations 1, 1 and a space S2 in the space structure are partially connected. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to an office configuration facility that is useful when a working space and a meeting space are rationally configured and efficiently used.

  2. Description of the Related Art Conventionally, workstations that combine a top panel with a panel, booths that combine a partition device, and the like are provided on the market as facilities that make up an office, and are used to configure work spaces, meeting spaces, and the like.

In this case, the workstation and the booth are handled as completely independent facilities, and are arranged according to the purpose and application by layout design.
Patent Document 1 shows an example in which workstations and the like are arranged in a layout. Usually, a conference room or the like is separately prepared in a place other than this.
JP-A-11-127962

  By the way, in recent years, from the viewpoint of ecology and cost performance, it is required to construct a work environment at a low cost by suppressing materials as much as possible. Also, in departments that have a problem of a decrease in the number of workers, securing and maintaining human resources is important, and it is necessary to reliably extract the maximum output from limited human resources.

  In this way, the needs required for offices are diversified and sophisticated, and there is an increasing demand for offices that can efficiently utilize space according to the needs of workers and organizations at the lowest possible cost. However, in the conventional apparatus, work spaces and meeting spaces are also configured and laid out independently, and therefore, it is desired to develop new facilities that can be rationally configured and used efficiently.

  An object of the present invention is to realize an office configuration facility that meets such a demand.

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

  That is, the office configuration equipment of the present invention is closely related to the workstations arranged in at least two rows with the top plate and the upright panel connected in the width direction and arranged in at least two rows. And a space structure configured to at least partially enclose the space inside using at least a corner post having a height higher than that of the elevation panel. The space between the space and the space in the space construction body are partially connected to each other.

  Here, the state where the work space and the space space are connected is included in the connected state referred to in the present invention because the part can be opened even if it is a structure closed by a door or a sliding door. In addition, the connection between spaces means that an opening can be secured so that workers can come and go.

  If comprised in this way, since a workstation and a space structure are closely linked | related, strength can complement each other or materials can be shared, and it can construct simply and can build a low-cost office. And since the workstation function and the space construction function merge, in addition to supporting personal work at the workstation, it supports group work such as meetings and presentations at the space construction body, or a relaxing environment at the space construction body, etc. It will be effective in bringing out high performance with limited human resources.

  Based on the above configuration, layout design, expansion change, and layout change according to the organization can be easily performed.

  As one aspect thereof, there is one in which the space structure is configured such that the corner column is positioned inside the elevation panel in a state where a part of the top plate constituting the workstation in each row is removed. .

  Moreover, as another aspect, the space construction body may be configured such that a corner column is positioned at a position continuous with the side end surface of the vertical panel at the end of each row of workstations.

  As another aspect, the space construction body is configured such that the corner column is positioned inside the elevation panel with a part of the top plate constituting one workstation removed, and the other work A configuration in which the corner column is positioned at a position continuous with the side end surface of the vertical panel at the end of the station is given.

  In order to increase the degree of fusion between the workstation and the space structure, and to reduce the number of parts and improve the strength, the workstation is equipped with struts that guarantee the strength to support the top plate and elevation panel directly or indirectly. The space construction body is obtained by connecting the upper ends of corner posts with beams, and a part of the support pillar is extended to be used as a corner support of the space construction body, or the space construction body is part of the support pillar. It is preferable to connect the corner posts of the body.

  In order to facilitate the connection between the columns and the integration of the wiring infrastructure, it is effective that at least a part of the columns, the corner columns and the beams are composed of a frame member having a rail structure or a duct structure.

  In order to achieve both space segregation and fusion appropriately, the space structure has a boundary partition panel as a wall material between columns at the boundary with each workstation, and between the side edges of the pair of boundary partition panels. Is preferably a gate between the work space and the space.

  In order to further enhance the unity of office equipment, each row of workstations has an end leg at the same height as the elevation panel at the end, and the space structure is a strut at the boundary with each workstation. A structure in which a partition panel for boundary which is an intermediate wall material is provided and a top plate is housed between the end legs and the partition panel for boundary is preferable.

  Since the present invention has the configuration described above, the working space and the space space can be rationally and merged to effectively improve separation between spaces and convenience of workers. In addition, since materials can be shared, it can be configured at low cost, responds to ecological demands, and has the excellent effect of being able to effectively improve office performance according to the purpose and use of the organization It becomes.

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

  The office configuration equipment of this embodiment shown in FIG. 1 is configured by fusing a workstation 1 and a space construction body 2 together.

  The workstation 1 has a top plate 11 and a vertical panel 12 having a reference module width w arranged in an island shape in the width direction, and an end leg 13 attached to the end. A low partition type that contacts the ground is used, and the upper end protrudes upward from the top plate 11. In the figure, an auxiliary panel 12 a is further stacked on one of the elevation panels 12. The top plate 11 is disposed opposite to the position where the elevation panel 12 is sandwiched, and is supported by providing an optional mounting rail on a part of the above-described low partition, or on the end leg 13 or an intermediate leg (not shown). It is supported. The workstation 1 includes a column 13 that ensures the strength of the structure at a position corresponding to the end of the vertical panel 12 in the width direction. The column 13 may be integrated with the above-described elevation panel 12, end leg 13, intermediate leg (not shown), or the like. The top plate 11 does not directly bear the self-supporting strength of the workstation 1, and the top plate 11 at an arbitrary position can be removed. The end legs 13 and the upright panels 12 can be stacked and connected as necessary. In the figure, auxiliary panels 13a and 13b are added, and the height of the end legs 13 is increased to the upright panel 12 (auxiliary panel 12). (Including the panel 12a). The other workstation 1 is also provided with an auxiliary panel 13a. Such workstations 1 are arranged in two rows at a required distance, and a space formed between the workstations 1 and 1 is used as a work space S1 suitable for personal work.

  On the other hand, the space construction body 2 is arranged between the workstations 1 and 1, specifically, in a module width that is opened to a position where the top plate 11 is removed, and is closely associated with the workstation 1. A corner post 21 taller than the vertical panel 12 (including 12a), a vertical beam 22 and a horizontal beam 23 connecting the upper ends of the corner posts 21 and 21, and the post 21 or the beams 22 and 23 are attached. It is the cube thru | or a rectangular parallelepiped shape arrange | positioned so that inner space may be enclosed at least partially using wall material 24a-24d between support | pillars. Thereby, a three-dimensional space S2 is formed on the inner side. For attachment, a part of the column 13 of the workstation 1 is extended and used as the corner column 21 of the space construction body 2. In addition to such a mode, the corner column 21 of the space construction body 2 may be connected to a part of the column 13 of the workstation 1. The length of the vertical beam 22 substantially matches the reference module width w, and the length of the horizontal beam 23 is approximately equal to the internal dimension between the elevation panels 12a, 12a of the two rows of workstations. In the illustrated example, the inter-post wall member 24a is a boundary partition panel disposed at the boundary between the space construction body 2 and the workstation 1, and the inter-post wall member 24b is attached to the beam 23 at the upper end and the adjuster at the lower end. The inter-post wall material 24c is a movable white board whose upper end is slidably supported by the beam 23 and whose lower end is grounded via a caster. The inter-post wall material 24d Is a vertically movable blind whose left and right ends are supported along the corner column 21. Between the side edges 24x, 24x of the pair of boundary partition panels 24a, 24a is a gate G connecting between the work space S1 and the space space S2, and a gap between the end leg 13 and the boundary partition panel 24a. Are arranged so that the top plate 11 can be accommodated.

  Therefore, the worker can efficiently travel between the work space S1 between the two workstations 1 and 1 and the space S2 in the space construction body 2 through the gate G in the shortest distance. Of course, in addition to the sliding door 25 as shown in the figure, a door or the like is attached to the gate G as required.

  The column 13, the corner column 21, and the beams 22 and 23 are composed of a frame member having a rail structure or a duct structure, and provide a connection structure between the frame members between the workstation 1 and the space structure 2, It is possible to perform continuous wiring through these frame members.

  As described above, the office configuration equipment of this embodiment includes the workstations 1 and 1 that are configured by connecting the top plate 11 and the elevation panel 12 in the width direction and arranged in at least two rows, and the two rows. A space structure that is arranged in close association with the workstations 1 and 1 and is configured to at least partially surround the space inside using at least the corner column 21 that is taller than the elevation panel 12. 2, and the work space S <b> 1 between the two rows of workstations 1, 1 and the space space S <b> 2 in the space construction body are partially connected.

  With this configuration, since the workstation 1 and the space construction body 2 are closely associated, it is possible to construct a low-cost office with a simple configuration by supplementing strength or sharing materials. it can. And since the workstation function and the space construction function merge, in addition to supporting personal work at the workstation 1, it supports group work such as meetings and presentations at the space construction body 2, or at the space construction body 2. Since the relaxed environment is supported and the cooperation between the work space S1 and the space S2 can be performed smoothly, it is effective in extracting high performance with limited human resources.

  Based on the above configuration, layout design, expansion change, and layout change according to the organization can be easily performed.

  As one aspect thereof, the space structure 2 is configured such that the corner column 21 is positioned inside the elevation panel 12 in a state in which a part of the top plate constituting the workstation of each row is removed. While the corner column 21 is backed up by a rate panel or the like, the space structure 2 can be arranged at a free position between the panels 12 and 12 as long as it does not interfere with the top plate. In addition, the top plate 11 and the elevation panel 12 can be increased or decreased in units of modules, and the size of the space construction body 2 can be changed, so that it is possible to flexibly respond to changes in on-demand environment and functions according to the organization. It becomes possible.

  Further, with the structure as described above, by using a cross beam 23 having a different length (slightly longer), as shown in FIG. It is also possible to effectively perform the association when the corner column 24 is located at a position continuous with the side end surface of the upright panel 12 at the end portion.

  Furthermore, as shown in FIG. 3, the space strut 2 is positioned such that the corner column 21x is positioned inside the elevation panel 12x in a state in which a part of the top plate 11x constituting the one workstation 1x is removed. In addition, it is possible to effectively perform association such as when the corner column 21y is located at a position continuous with the side end surface of the vertical panel 12y at the end of the other workstation 1y.

  As a more specific structure, as shown in FIG. 1 and the like, each row of workstations 1 includes struts 13 that secure strength for directly or indirectly supporting the top plate 11 and the elevation panel 12, 2 is an upper end of the corner column 21 connected by beams 22 and 23, and a part of the column 13 constituting the structure of the workstation 1 is extended to be shared as the corner column 21 of the space structure 2. In addition, since the corner strut 21 of the space construction body 2 is connected to a part of the strut 21 constituting the structure of the workstation 1, the degree of fusion between the workstation 1 and the space construction body 2 and the complementary function Can be increased by the mode according to the situation, and the reduction of the number of members and the reduction of materials and cost can be effectively realized.

  Moreover, the support | pillar 13, the corner support | pillar 21, and the beams 22 and 23 are comprised from the frame member which makes a rail structure or a duct structure, and a common connection structure is utilized between the workstation 1 and the space structure 2 using a frame member. In addition, it can be configured so that continuous wiring can be performed along the frame member, so that it can be a very useful structure in realizing integration of the connection structure and wiring infrastructure.

  Further, the space construction body 2 is provided with a boundary partition panel 24a which is a wall material between columns at a boundary portion between each of the workstations 1 and 1, and a space between the side edges 24x and 24x of the pair of boundary partition panels 24a and 24a is a workpiece. Since it is the gate G between the space S1 and the space S2, both the spaces S1 and S2 are clearly shielded by the boundary partition panel 24a, and a flow line is secured through the gate G at the center, Separation and fusion of the spaces S1 and S2 can be realized efficiently.

  Furthermore, each row of workstations 1 is provided with end legs 13 at the same height as the elevation panel 12 at the end, and the space construct 2 is a boundary partition that is a wall material at the boundary with each workstation 1. The panel 24a is provided, and the top plate 11 is accommodated between the end legs 13 and the boundary partition panel 24a. The line of the face panel 12 is aligned, and the lines of the end legs 13, the top plate 11, and the boundary partitioning panel 24a are almost aligned in the horizontal direction. It becomes possible to increase effectively.

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

The perspective view of the equipment for office structure which concerns on one Embodiment of this invention. The figure which shows the modification of FIG. The figure which shows the other modification of FIG.1 and FIG.2.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Workstation 11 ... Top plate 12 ... Elevated panel 13 ... Post 21 ... Corner post 24b, 24c, 24d ... Wall material between columns 22, 23 ... Beam 24a ... Wall material between columns (partition panel for boundary)

Claims (8)

A workstation configured by connecting the top plate and the vertical panel in the width direction and arranged in at least two rows, and arranged in close association with the two rows of workstations, the back of the vertical panel. A space structure configured to at least partially enclose the space on the inside using at least a corner post having a high height, and a work space between the two rows of workstations and a space in the space structure An office configuration facility that is structured so that it is partially connected to a space. 2. The office construction equipment according to claim 1, wherein the space structure is configured such that a corner column is positioned inside the elevation panel in a state in which a part of the top plate constituting the workstation in each row is removed. . The office construction equipment according to claim 1, wherein the space construction body is configured such that a corner column is located at a position continuous with a side end face of the vertical panel at an end of each row of workstations. The space construction body is configured such that the corner column is positioned inside the elevation panel with a part of the top plate constituting one workstation removed, and the elevation at the end of the other workstation. The office configuration equipment according to claim 1, wherein the corner column is positioned at a position continuous with the side end face of the panel. Each row of workstations is provided with struts that ensure the strength to directly or indirectly support the top plate and the elevation panel, and the space structure is formed by connecting the upper ends of the corner struts with beams, The office structure according to any one of claims 1 to 4, wherein a part of the space construction is extended and shared as a corner post of the space construction body, or a corner post of the space construction body is connected to a part of the support pillar. Facility. 4. The office construction equipment according to claim 3, wherein at least a part of the pillars, corner pillars and beams are constructed of a frame member having a rail structure or a duct structure. The space construction body includes a boundary partition panel that is a wall material between columns at a boundary portion with each workstation, and a space between the side edges of the pair of boundary partition panels is a gate between the work space and the space space. The equipment for office composition in any one of Claims 1-6. Each row of workstations has end legs at the same height as the elevation panels at the ends, and the space structure has boundary partition panels, which are strut wall materials, at the boundaries with each workstation. The equipment for office composition in any one of Claims 1-5 which has accommodated the top plate between the part leg and the partition panel for a boundary.

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