CA2058462A1

CA2058462A1 - Modular system for office furniture

Info

Publication number: CA2058462A1
Application number: CA002058462A
Authority: CA
Inventors: Charles Heidmann
Original assignee: Steelcase Strafor SA
Current assignee: Steelcase Strafor SA
Priority date: 1991-03-19
Filing date: 1991-12-27
Publication date: 1992-09-20
Also published as: DE69105264T2; EP0504533A1; JPH0638844A; JPH0763422B2; PT100260A; EP0504533B1; DE69105264D1; ES2065658T3; ATE114223T1

Abstract

ABSTRACT

Modular system for office furniture characterized in that it comprises the necessary and sufficient number of elements or modules, assembled and connected by gravity, each corresponding to a given function, i.e. the "working surface" function, the support/guiding function, the conducter guiding function being fulfilled by a column forming by a lower portion thereof a rest for an angle of a table top fulfilling the function of working surface, above which an upper portion of the column guides and delivers all the leads and conductors feeding all appliances distributed on said table top, said table top having, on each side of said column, a wing the end of which rests upon a box fulfilling the support function and together the storage function, the juxtaposition of at least two identical table tops along two of any of their sides with a view to extend the overall structure to assemblies of non-limited dimensions, calling for at least one common rest module, said elements being connected together by passive gravity positioning and carring means which make sure the proper connection of the respective volumes by mutual natural adaptation thereof.

Figure of Abstract: figure 2

Description

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This invention relates to a new modular system for office furniture, especially adapted to the creation of assemblies named "landscaped offices", made of a number of standardized elements properly assembled.
Such systems are presently proposed under many presentations, having the 5 common drawback to call for use a great number of different elements, due to the need of elements especially designed for each dimension and each place in each assembly. As an example, in very usually proposed systems, it is currently called for a number of elements, as high as five hundred, the management of which is extremely heavy and complicated. This is still more serious for companies proposing 10 several different systems of this kind. Moreover the connection of said elements together make use of connecting elements, which can be complicated or at least need a costly manpower and is time consuming.
This invention eliminates said drawbacks, by using a new, system calling in two concepts, which could be apparently considered as obvious, but which have never 15 been taken in account.
The first of said concepts is the fact that an assembly of this nature, whatever its overall outline and dimensions, has only a limited number of functions to fulfill, i.e.:
- the nworking surface" function.
- the support or rest function, 20 - the storage function, - and the power conductors guiding function.
Consequently, the first basic concept of the invention is to limit the number ofelements or modules in a system to those which are each necessary and sufficient to fulfill each of said functions or even simultaneously two of them.
25 The second concept is the fact that, using passive means for putting the modules in place, the natural gravity, i.e. the weight of a first module, is generally sufficient to connect it to a second module located beneath the first module.
Consequently, the second basic concept of the invention is to eliminate from thesystem any connecting element, said connection resulting only from a proper 30 positioning and gravity.
The invention has therefore for its object a system for office furniture characterized in that it comprises the necessary and sufficient number of elements or modules, assembled and connected by gravity, each corresponding to a given function, i.e. the nworking surface" function, the support/guiding function, the35 conducter guiding function being fulfilled by a column forming by a lower portion thereof a rest for an angle of a table top fulfilling the function of working surface, above which an upper portion of the column guides and delivers all the leads andconductors feeding all appliances distributed on said table top, said table top having, on each side of said column, a wing the end of which rests upon a box .

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2 ~ 2 , fulfilling the support function and together the storage function, the juxtaposition of at least two identical table tops along two of any of their sides with a view to extend the overall structure to assemblies of non-limited dimensions, calling for at least one common rest module~ said elements being connected together by passive gravity 5 positioning and carring means which make sure the proper connection of the respective volumes by mutual natural adaptation thereof.
According to a preferred embodiment of the invention, the table top comprises different working portions each adapted to an Nunder-functionN, said "under-functions" being also in a limited number, which can be reduced to:
10 - a comparatively wide portion provided to receive i.e. the informative hardware and the documents used by the operator, - a comparatively medium portion, forming the desk proper, upon which the operator "works", - and a comparatively narrow portion, upon which are installed phone, filing 15 baskets, small office accessories and the same.
To this effect, the table top is dissymetrical, its two wings having different widths and being connected through an angular or round central portion resting by its external angle upon the column/connector guide, while the wings ends rest each upon a support or rest module the depth of which is egal to the width of each wing.
20 When a wing is NfinalN, i.e. is at one end of the assembly, the width of the rest module can be comparatively narrow, although it can be used as a storage space.
When a wing is connected to another wing of an adjoining end of another table top, the width of the rest module should be double to accomodate the said both wing ends.
25 Such a Ndouble" rest module can be the unique rest module in the system, in this case an end wing can cover the entire top of the rest module or only one half, the other half being covered by an adjacent end wing of an adjacent table top, or a shelf, or an auxiliary table or the same.
Each rest module can be properly prepared to fulfill the storage function, i.e. with 30 drawers, doors, shelves, suspended files and the same.
The module rest column/conductor guide is a vertical prism having, at the rest modules height a cut-out part adapted to receive an angle of a table-top and, above said cut-out part an upper portion through which are guided all the leads and conductors feeding all the apparatuses and appliances distributed on said table top, 35 all the plugs and sockets being displayed along the front face of said upper portion.
The connection of one table top with another adjoining one to create a landscaped office can be realized along any couple of sides of the same length or width, turning inside out or not, said top being usable recto-verso, with a view to . .
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create sinuous shapes of working surfac0s. It can be realized using both sides of a unique column, in which case, both tops are presenting head to tail ("Tête-b~cheU).
A special advantage of the assemblies according to the invention is the possibility they offer to create a great number of operation stations in a comparatively small space.
As explained, the overall assembly is kept as immovable as a mono-block, due only to the weight of the tops upon the rest modules. However the tops and the rest modules can be provided with positioning means making sure the proper connection of the respective volumes through their natural mutual adaptation. Said l O positioning elements can be stud/cup couples or pins passing through holes in the top. The use of said means does not interfere with the gravity assembly of the elements and does not require the use of any tool.
It is well understood that other optional accessories can be added to the basic modular element above described, such as folding panels provided to close the l 5 space between t~,vo rest elements.
The invention will now be described with reference to the attached drawings in which:
Fig. 1A, 1B, 1C and 1D show all the elements which are needed and sufficient to build a basic assembly which can be combined with further identical assemblies to create a whole assembly having any configuration.
Fig. 2 shows an example of such a combination of two basic assemblies, in which it is created a sineous whole assembly.
In this drawing, 1A is a table top provided as a working sur~ace and comprising two rectangles 2 and 3 joined at right angle together through a third rectangle 4 having a cut off corner 5. The opposite corner 6 is cut out to accomodate the user.
In the example shown, the width L of rectangle 2 is wider than the width I of rectangle 3 but in a simpler modification, both rectangles can be of the same width.
Fig. 1C and 1D show t~,vo support elements, each having the shape of a box, the depth of which being respecting I and L corresponding to rectangles 2 and 3.
Fig. 1B shows a prismatic column 18, comprising a lower portion 7 and an upper portion 8. The lower portion 7 has a square cross section whereas the upper portion 8 has a triangular cross section, so that it remains a horizontal flat triangular surface 9 upon which the cut off corner 5 of rectangle 4 can rest.
According to a modification, the column 1B is entirely of square cross section, with a peripheral notch in place of the surface 9, said notch being slightly wider than the thickness of the plate 4, and the corner 5 is cut out to accomodate said notch.
With such a limited number of modular elements, it is possible, according to this invention, to create an unlimited number of outlines and of dimensions.

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An example is shown on Fig~ 2, in which said modular elements are combined as follows:
Rectangle 2 of a first table top 1A rests upon the whole width of a support element 1C, while rectangle 3 of the same top 1A rests only upon one half of thewidth of a support element 1D and the cut-off corner 5 of said top lA rests upon a triangular section of column 1B.
A second assembly 1 1 A- 1 1 B- 1 1 C- 1 1 D is combined with the assembly 1 A- 1 B-1C-1D with an inverted curvature, to create an overall sinuous outline. Therefore rectangle 13 is resting upon the free half upper face of support 1D, whereas l O rectangle 12 rests upon half of the width of a support element 11C, the other half receiving in this example a shelf 24. A column 11B provides a support for an angle of top 11A, opposite to column 1B.
As it appears clearly, the assembly can accomodate two users who can each take three positions, i.e. before each of rectangles 2, 3, 4 (and 12, 13, 14).
I 5 In the area of rectangle 4 (and 14), the user has the widest portion of the top before him. This is the space provided for the informatic hardware and the corresponding documents.
In the area of rectangle 2 (and 12) the working area is provided for an usual office desk, while in the area of rectangle 3 (and 13) which is narrower, there can be distributed telephones, file boxes and all the usual office small materials.
To invert the curvature of tops 1A or 11A, as shown, it is only needed to turn it over.
Beyond this example it is easy to create a number of such assemblies of any dimensions and shapes. The most important feature of the invention is that said dimensions and shapes are not limited by the very small number of basic modular elements 1A-1B-1C-1D.
As already mentioned, the unsymetrical shape of the table top 1A, i.e. the different widths (L) and (I) is not a critical feature. In the case L=l, the number of basic elements is still smaller, since elements 1C and 1D are identical.
Said elements 1C and 1D can be equiped with drawers as shown in 1C, or with doors as shown in 1 D or with any of the usual office accessories.
As explained above, the table tops 1A-1 1A just rest upon the boxes 1 C-1 D-11 C-1 1D and upon the surface 9 of the column 11 B where they are kept in place by their own weight. Due to this simplicity of concept and of developement, the system according to the invention is exceptionnally cheap to build and to assemble. Anyalready existing assembly of this type can be easily modified by adding further elements or by changing the laying out of the existing elements, since no joining pieces have to be mounted and/or disconnected. This is even also true when positioning elements are additionnally provided, such as pins passing through holes 2 ~ S ~
in the top or stud/cup couples, since no tool is needed to clear such positioning elements.
Instead of connecting two tops along sides of rectangles 2 and 3, to obtain a continuous surface~ it is possible to connect two tops along the cut off corners 5 5 thereof~ In this case the corners of both tops should be cut out to adapt this same into two opposed notches of a column 1B.

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Claims

1. Modular system for office furniture characterized in that it comprises the necessary and sufficient number of elements or modules, assembled and connected by gravity, each corresponding to a given function, i.e. the "working surface" function, the support/guiding function, the conducter guiding function being fulfilled by a column forming by a lower portion thereof a rest for an angle of a table top fulfilling the function of working surface, above which an upper portion of the column guides and delivers all the leads and conductors feeding all appliances distributed on said table top, said table top having, on each side of said column, a wing the end of which rests upon a box fulfilling the support function and together the storage function, the juxtaposition of at least two identical table tops along two of any of their sides with a view to extend the overall structure to assemblies of non-limited dimensions, calling for at least one common rest module, said elements being connected together by passive gravity positioning and carring means which make sure the proper connection of the respective volumes by mutual natural adaptation thereof.

2. System according to claim 1, in which the table top comprises different working portions each adapted to an "under-function", said "under-functions" being also in a limited number, which can be reduced to:
- a comparatively wide portion provided to receive i.e. the informative hardwareand the documents used by the operator, - a comparatively medium portion, forming the desk proper, upon which the operator "works", - and a comparatively narrow portion, upon which are installed phone, filing baskets, small office accessories and the same, the table top being to this effect dissymetrical, its two wings having different widths and being connected through an angular or round central portion resting by its external angle upon the column/connector guide, while the wings ends rest each upon a support or rest module the depth of which is egal to the width of each wing.

3. System according to claim 1, in which the rest column/conductor guide module is a vertical prism having, at the rest modules height a cut-out part adapted to receive an angle of a table-top and, above said cut-out part, an upper portion through which are guided all the leads and conductors feeding all the apparatuses and appliances distributed on said table top, all the plugs and sockets being displayed along the front face of said upper portion.

4. System according to claim 1, in which the rest column/conductor guide module is a vertical prism having a peripheral notch adapted to receive a corner of the table top, said table top being cut out around said corner to embrace the column around said notch.

5. System according to any of claims 1 to 4, in which a panel folding screen like is attached between two adjoining support elements to fill the spacetherebetween.

6. System according to any of preceding claims, in which the respective elements are positioned by stud/cup couples or by pins passing through holes in the table top.