EP0943265A2 - Cupboard system - Google Patents

Abstract

Each of the walls forming the box frame for a module (1,2) contains at least one hole pattern and at least one pattern of threaded fittings (4). Preferably the number of holes is equal to the number of threaded fittings. The system comprises two modules with different box frame dimensions and the same depth dimension. The modules are fitted side by side or on top of each other by engaging the threaded fittings on one module with the holes in the other module.

Description

The invention relates to a cabinet system combinable components for creating variants for a universal use, especially in different office space shapes like cells, groups or Combi offices.

The known cabinet systems consisting of combinable components consist of a large number of components which have various width and height dimensions in a fixed grid dimension and are combined to form the desired cabinet systems. Upper and lower cabinets, sideboards, highboards and the like are defined as such and can only be used or combined in this defined function. The combination of the individual parts is often only possible through additional holes directly in the furniture panel. Removal and / or modification of the combined parts is only possible to a limited extent and often with visible permanent surface damage.
The object of the invention is to develop a cabinet system which avoids the disadvantages of the known prior art and with which it is ensured that a large number of variants can be formed from just a few different components, the function of which is not defined can often be adapted to changing office space shapes or office requirements.

The solution to this problem results from the features of claim 1. Appropriate configurations of Invention are specified in the subclaims.

• es möglich ist, ohne nachträgliches Bohren, Verdübeln, Verschrauben in die Korpusflächen oder Kaschieren von Löchern oder dgl., die Komponenten beliebig häufig zu Varianten zusammenzustellen,
• es möglich ist, eine Grundausstattung beliebig nach oben, nach unten, nach rechts und links zu erweitern und dabei die Komponenten auch in einer um die eigene Achse verdrehten Lage zu verwenden,
• eine exakt passende und beliebige Verkettung der Komponenten des Systems gewährleistet ist.

Particular advantages from the arrangement according to the invention of system bores and system threads in the body surfaces of components which differ in terms of width and height only result from the fact that

• it is possible, without subsequent drilling, dowelling, screwing into the body surfaces or concealing holes or the like, to combine the components as often as desired,
• it is possible to expand basic equipment up, down, to the right and to the left and to use the components in a position rotated around its own axis,
• an exact matching and arbitrary chaining of the components of the system is guaranteed.

The system bores for chaining according to the invention of the components with each other via connecting screws and sleeve nuts are in their position and in theirs Number clearly defined on the cabinet sides. As well are the system threads in one of the cabinet sides in their number and location precisely defined.

The components are made from a compact plate made consisting of multiplex, for example 12.0 mm thick, as backing material, which is covered on both sides with HPL is coated, for example in a thickness of 0.8 mm. The 7-fold longitudinal and transverse gluing of the individual veneers of the multiplex ensures the very good body stability. In addition, the Tendency of the wood to change when the Warped air humidity, counteracted.

All body parts are machined using a CNC machine manufactured. The way will be for the System bores, the system threads, the drill rows, the Three hole configuration for the door hinges as well all millings etc. tolerances of ± 0.2 mm reached. The body parts are so constructive designed that the tolerances in the substrate and in the coating can be derived inwards. In the External dimensions are only sub-tolerances up to a maximum of 0.4 mm approved.

Surprisingly, it was found that this Way when using multiplex material and at the restriction to certain external dimensions of the Allow components to comply with tolerance chains that otherwise are only possible in steel construction and in wood furniture construction were previously unavailable and the Requirements for the module system according to the invention represent.

The body parts are appropriately mitred (45 °) cut and with standard anchors pressed into a body. Because of the relatively thin Compact plate and the tolerances to be observed this is done with extreme precision.

The system bore with a diameter of for example 10.0 mm is of great importance. All chains during assembly but also the Inclusion of accessories such as Cover plates, Paravents, wardrobe rails, lights, bases, Cable ducts, CPU holders, drawing roll holders, Brackets, steel handles for connecting Components, pushing aids, component connectors and Component screen connectors are provided by the System drilling allows.

The system threads are made using rivets manufactured. They are basically in the bottom of the Carcasses introduced and serve to accommodate feet or pedestals. Can through the system thread the base as well as the feet, for example, with a Hexagon key can be adjusted in height.

Fig. 1

eine perspektivische Vorderansicht der ersten Komponenten des Systems,

Fig. 2

eine perspektivische Vorderansicht der zweiten Komponenten des Systems,

Fig. 3

eine perspektivische Vorderansicht der Dritten Komponente des Systems,

Fig. 4

die Explosionsdarstellung eines Schranksystems mit Zusatzelementen,

Fig. 5

eine Darstellung von Variantenbildungen in der Komponente nach Fig. 1,

Fig. 6

eine Darstellung von Variantenbildungen in der Komponente nach Fig. 2 in horizontaler Lage,

Fig. 7

eine Darstellung von Variantenbildungen in der Komponente nach Fig. 2 in vertikaler Lage,

Fig. 8

eine Darstellung von Variantenbildungen in der Komponente nach Fig.3,

Fig. 9

die Bohrreihen in einer perspektivischen Ansicht der Komponente nach Fig. 1,

Fig. 10

die Bohrreihen in einer perspektivischen Ansicht der Komponente nach Fig. 2,

Fig. 11

die Bohrreihen in einer perspektivischen Ansicht der Komponente nach Fig. 3,

Fig. 12

einen Fuß für das Schranksystem,

Fig. 13

Abdeckplatten für die Komponenten,

Fig. 14

einen mit den Komponenten zu verbindenden Paravent,

Fig. 15

eine Zusatzeinrichtung zur Halterung von Garderobe in Vorderansicht,

Fig. 16

eine Zusatzeinrichtung zur Halterung von Garderobe in Seitenansicht,

Fig. 17

einen Rollenfuß,

Fig. 18

eine Akustikrückwand,

Fig. 19

ein auf die Komponenten aufsetzbares Stehpult,

Fig. 20

einen Türanschlag,

Fig. 21

einen Sockel für das Schranksystem,

Fig. 22

eine mit den Komponenten zu verbindende Tischplatte im Schnitt,

Fig. 23

einen CPU-Halter,

Fig. 24

einen Zeichnungsrollenhalter,

Fig. 25

einen Haltewinkel,

Fig. 26

einen Regalwinkel,

Fig. 27

einen Griff zum Verbinden von Komponenten,

Fig. 28

eine Stahlrückwand,

Fig. 29

einen Verbinder für Paravents,

Fig. 30

eine Schiebehilfe für Komponenten auf Rollen und

Fig. 31 bis 36

Grundmodule von Tischplatten.

The invention is explained below with reference to a drawing in an embodiment of a cabinet system. Show it:

Fig. 1

a perspective front view of the first components of the system,

Fig. 2

a front perspective view of the second components of the system,

Fig. 3

a front perspective view of the third component of the system,

Fig. 4

the exploded view of a cabinet system with additional elements,

Fig. 5

2 shows a representation of variant formations in the component according to FIG. 1,

Fig. 6

2 shows a representation of variant formations in the component according to FIG. 2 in a horizontal position,

Fig. 7

2 shows a representation of variant formations in the component according to FIG. 2 in a vertical position,

Fig. 8

a representation of variant formations in the component of Figure 3,

Fig. 9

the drilling rows in a perspective view of the component of FIG. 1,

Fig. 10

the drilling rows in a perspective view of the component of FIG. 2,

Fig. 11

the drilling rows in a perspective view of the component of FIG. 3,

Fig. 12

one foot for the cabinet system,

Fig. 13

Cover plates for the components,

Fig. 14

a screen to be connected to the components,

Fig. 15

an additional device for holding a wardrobe in front view,

Fig. 16

an additional device for holding the wardrobe in side view,

Fig. 17

a roller foot,

Fig. 18

an acoustic back wall,

Fig. 19

a standing desk that can be placed on the components,

Fig. 20

a door hinge,

Fig. 21

a base for the cabinet system,

Fig. 22

a table top to be connected to the components,

Fig. 23

a CPU holder,

Fig. 24

a drawing roll holder,

Fig. 25

a bracket,

Fig. 26

a shelf bracket,

Fig. 27

a handle for connecting components,

Fig. 28

a steel back wall,

Fig. 29

a connector for screens,

Fig. 30

a pushing aid for components on rollers and

31 to 36

Basic modules of table tops.

The cabinet system is made up of three different components 1, 2 and 3.
According to the representations in FIGS. 1 to 3, the cabinet system has three different body dimensions B, H with a basic unit depth T of z. B. 350 mm.

Component 1 as shown in the Fig. 1 shows the body dimensions B1xH1xD = 350 mm x 350 mm x 350 mm, component 2 of FIG. 2, the body dimensions B2xH2xD = 700 mm x 350 mm x 350 mm and component 3 2 body dimensions W3xH3xD = 700 mm x 700 mm x 350 mm on.

With these basic dimensions and corresponding ones Additional elements, it is depending on their location and number Cabinet side very precisely defined system holes 4 and also very precise in their position and number fixed system thread 5 without for the first time subsequent drilling, dowelling, screwing into the Body walls possible, changing frequently Furnish office space shapes or office requirements.

The rear walls 6, 7 and 8 are as grooved rear walls educated.

According to the representation in Figure 1 are at component 1 has a system hole 4 on each side of the body, So a total of four system holes 4, and on which Underside of the body side, four system threads 5 brought in. The system thread 5 consists of a metallic internal thread, which in a bore is introduced.

According to the representation in Fig. 2 are in the Component 2, two system holes 4 on each side of the cabinet, So a total of eight system holes 4, and on which Underside of the body side, four system threads 5 brought in.

The unit depth T of 350 mm of components 1, 2 and 3 is due to the existing standardized dimensions for organizational means such as file folders when used in Cell offices according to DIN 4543 area are very economical. It becomes extremely much storage space at the same time Space economy achieved. It is the best Accessibility through an optimized height guaranteed. Six file folder heights result in only one Construction height of 2.10 m, eight file heights of only 2.80 m. With basic equipment, the arrangement is arbitrary up, down left and right over the System holes 4 can be linked further.

When used in the group office, four folder heights are included 1.40 m construction height achieved, so by every building authority approved this arrangement as a group solution. The The arrangement of components 1, 2, 3 is space-dividing freely rotatable to the workplaces.

When used in the combi office, the Advantages of the previously described office types with each other combined.

The base material 9 is multiplex for the body walls and a coating 10 with HPL laminate intended. The rear walls 6, 7, 8 can for example be made of melamine resin.

4 is an exploded view of the exemplary construction of a cabinet system from two Components 2 according to FIG. 2 and components 3 according to Fig. 3 in connection with additional elements such as one Light 19, cable ducts 21, 22, 24, 25, foot pieces 20 for lamp 19 and steel shelves 15 and 16 shown. The additional elements and the components 2 and 3 are on the system holes 4 over short Connection screws 13 with sleeve nuts 11 chained together. System holes not required 4 can with cover screws 12 and sleeve nuts 11 are covered. The cable channels 21, 22, 24, 25 are via long connecting screws 23 with the Components 2, 3 connected via the system holes 4. Foot pieces 20 are necessary to ensure Spacing used in a known manner, as well Shelf support 17 for holding the steel shelves 15 and 16.

If necessary, are in the system thread 5 in the Base plate forming body wall height adjustment screws 14 screwed in for adjustment, or it becomes rollers 57 introduced into the system thread 5 to a to create movable unity.

5 to 8 are variants for each the components 1, 2, 3 according to FIGS. 1 to 3 shown, which consist in that within the Body dimensions B1 / H1 / T or B2 / H2 / T or B3 / H3 / T Drawer modules 28, 29, steel compartment heights 15 (as Mail distributor or shelf application), a pair of revolving doors 30 or a blind 32, 35, 38 are introduced.

The blind cabinets have milled guide rails made of plastic with tight radii for an optimal Use of the interior of the body and an additional one Partition as a screen and the inclusion of Drill rows 41 for the shorter blind steel shelves 40. The system holes 4 are behind the partition equipped with threaded sockets for interlinking. All Blind cabinets can be locked.

The door handles 61 for all revolving doors 26, 33 or Pairs of revolving doors 30, 36 and revolving glass doors 37 or Pairs of glass hinged doors 31, 37 and drawer modules 28, 29 are especially suitable for the cabinet system. At Keys for the blind lockers are the Heads separated, the keys in the handles glued in and used as key handles 62.

At the end of a carcass chain, the external system holes 4 with cover screws 12 covered. Since the compact plate for the manufacture of the Corpus z. B. 13.6 mm thick and such thin Material is so far hardly used in furniture construction a cover screw 12 is not a standard part, but custom-made.

The lamp 19 is also special for that Cabinet system and can be made with HQI or Fluorescent lamps can be fitted. The feet of the lamp 19 are placed 350 mm apart to be precise to be screwed into two system holes 4. The Foot pieces 20 keep the distance between the cable channels 21, 24 so that the lamp 19 on the components 1, 2, 3 and does not stand on a cable duct 21, 24. The Power supply is via the respective cable duct 21, 22, 24, 25 realized.

9 to 11 show the drill rows 41 and the Three-hole arrangement 70 for the door stops. The drill rows 41 with a diameter of approx. 3.0 mm serve the Inclusion of steel shelves 15, 16, 40 or inclined shelves 39 and door hinges. They are in the dimensions and distances on inset doors and the dimensional chains of the Carcasses of components 1, 2 or 3 matched. So a component 1 can have up to four steel shelves 15, one component 2 horizontally up to four steel shelves 16, vertically up to nine steel shelves 15 and one Component 3 up to nine steel shelves 16 or up to take up four inclined shelves 39 by means of shelf supports 17. The bores in the drill rows 41 are arranged that both wooden and glass door hinges the carcasses can be attached. With the components 1 and 2 vertically, it is easily possible the revolving doors 26, 33 or revolving glass door 27 on the left or let it hit on the right. Also an afterthought Changing the door hinge is without damage to the body possible. For carcasses without a rear wall (open) also a revolving door 26, 33 on the back of the body or pairs of revolving doors 30, 36 made of wood and revolving glass doors 27 or pairs 31, 37 without restrictions compared to the Front doors are introduced.

Drawer modules 28, 29 are also placed over the rows of holes 41 attached.

The three-hole arrangement 70 for the door stops is like this constructed that with a door hinge both the in-lying Revolving doors 26, 33 or revolving door pairs 30, 36 as also hinged glass doors 27 or pairs 31, 37 despite the different Door thicknesses can be used. In doing so, the front two holes are used of glass doors and the rear two holes for the Wooden doors used. The door stop 60 consists of Solid rubber and is for use in the three-hole arrangement 70 designed. It is dimensioned so that it is equipping the carcasses with e.g. Hardly any file folders is an obstacle.

12 shows a foot for components 1, 2, 3, which is designed as a so-called reversible foot 42. The reversible foot 42 is used to raise the furniture system from the floor. It also has the same system height as a base 69 or a role 57. It is composed of one Steel base plate 43, two through holes 44 from approx. 10.0 mm diameter for attaching the reversible foot 42 on the system threads 5 and two by means of stationary Threaded bolts height-adjustable feet 45. Because the Feet 45 with the through holes 44 not on one Axis lie, the reversible foot 42 in two different positions. Either the feet 45 are on the outer edge of the body (if a Body is separate or at the end of a chain) or they are turned inside. Within one Concatenation is prevented by two adjustable feet 45 stand side by side.

The feet 45 can also directly in the System thread 5 can be screwed in. They serve that Height adjustment if there are no rollers under the carcasses 57, base 69 or reversible feet 42 are attached. she have a hexagonal plastic foot and one at the end Hexagon socket. Because when fully screwed in Leveling feet 45 of the bolts are not due to the system thread 5 may be screwed through, is only one Height compensation of max. approx. 10 mm possible. This is true also on the screw bolts of the rollers used 57 made of plastic too.

The components 1, 2, 3 can with cover plates 48 or Glass cover plates 46 are covered, as Fig. 13th shows. The cover plates 48 can from the various materials (painted, but also veneered, melamine resin coated Mineral and glass cover plates 46). For Connection of the cover plates 48 to the carcasses have all materials except glass glue-in sleeves 49 at the appropriate places. Since the holes for the Must not go through the plates the surfaces of the cover plates 48 are not damaged. In the glass cover plates 46 screws 47 are so glued to the bottom so that it fits exactly into the Allow system holes 4 to sink and from the inside with the sleeve nuts 11 can be screwed.

14 shows a screen 50 as an additional element via a connection thread 51 with the system bores 4 connected and via foot thread 52 with adjustable feet 45 can be provided.

In the remaining figures there are additional elements shown, the system holes 4 and / or System thread 5 connected to components 1, 2, 3 can be.

15 and 16 show a device for Hanging wardrobe consisting of a Steel base plate 54 with two through holes 55 with for example 10 mm diameter and 350 mm distance from each other for fastening in two system holes 4 or in two glue-in sleeves 49 of a cover plate 48 or glass cover plate 46 and a curved round steel 56 to hold hangers across the body front.

17 are the rollers 57 already mentioned 18, an acoustic rear wall 58 in FIG.

Fig. 19 shows a mountable and with the system holes 4 standing desk attachment 59 to be screwed.

The door stop 60 already mentioned is in FIG. 20 shown, a front view of the already addressed base 69 in FIG. 21.

Fig. 22 shows a sandwich plate 80, which is used as a table top Can be used. This consists of a bore-free top plate 63 and one with holes 66 and corresponding head milling 67 equipped lower plate 64. The bores 66 and end millings 67 are designed so that standard drive-in sleeves 68 can be smashed. After gluing the Upper plate 63 with the lower plate 64 by means of a glue layer 65, the impact sleeves 68 receive one Stability that all necessary under-table functions, such as. Attaching feet to a wide variety Positions, connection with system carcasses, attach the frame construction, panel connectors, Cable channels 21, 22, 24, 25, CPU holders 71, wastebasket, Keyboard extracts, a third level, etc. realized can be. In addition to the standard assignment the bottom plate 64 with a plurality of drive-in sleeves 68, which connects to the system carcasses the system holes 4 in grid spacing and with feet or allow usual additional elements, one is with this system is of course always able to work at short notice to changes or individual customer requests react. The lower plate 64 can then from the start bored accordingly on the CNC processing machine and be equipped with the drive-in sleeves 68 which for the additional elements requested by the customer at the desired position are necessary. Can be used as plate material all commercially available materials are used.

A CPU holder 71 as shown in Fig. 23 is one angled sheet metal, for example 250 mm wide with 2 × 2 through holes at intervals of 350 mm for attachment to two system holes 4 on the one leg and with two oblong holes of 7.0 mm Width on the other. The CPU holder 71 can thus can also be rotated and serve as a plate support.

Fig. 24 shows a drawing roll holder 72. The Drawing roll holder 72 is also made of sheet metal manufactured and on two system holes 4 through attached holes provided. He can e.g. B. record six drawing rolls.

The bracket 73 shown in FIG. 25 has one 10.0 mm through hole at a distance of, for example, 350 mm from the bend and a subsequent slot. Are on the other leg two countersunk holes for 5.0 mm countersunk screws. The bracket 73 fulfills several functions such as to prevent tilting of high configurations (2.10m or higher), in connection with a shelf bracket 74 for securing carcasses that serve as a shelf be mounted on a wall, for fastening pocket racks on screens 50 or as a plate support.

The shelf bracket 74 is shown in FIG. 26. It exists from a standard angle profile with countersunk holes for mounting on a wall. Components 1, 2, 3 are only placed on the angle and then with a bracket 73 secured against tipping.

With the steel handle 75 shown in Fig. 27, you can two components 1, 2, 3 in front of each other connect and protected using the rollers 57 and move space-saving. The steel handle 75 is a Standard handle, the distances between the two threads were changed from each other to the system dimension 350 mm.

A steel back 76 for components 1, 2, 3, such as it is shown in Fig. 28 is made from a square perforated sheet made and z. B. with a Overhang of 150 mm. You can with one Breakthrough for a cable entry. These back walls can be variable in open carcasses used and screwed into the drill row 41. This results in the possibility of using deeper devices such as. Monitors, printers or CPU's in the bodies to accommodate.

The component screen connector 77 shown in FIG. 29 consist of U-shaped angled sheet metal with holes for attachment to system holes 4 and two Steel cylinders with an internal thread in the middle Screen 50 can be screwed on.

30 is a sheet with two Holes for attachment to system holes 4 and a 45 ° extension with an End hole for connection with a wooden round material as a handle. Two pushing aids 78 and a handle needed to build an office caddy.

The component connector 79 according to FIG. 31 consists of a sheet with two holes with a system spacing of 350 mm. It is used to connect two components 1, 2, 3 via the system bores lying on one level 4 and as Anti-rotation device.

The table system for the furniture system consists of five Basic modules shown in Figures 32 to 36: the two desk tops 81, 82 with different Widths, e.g. B. 2.10m and 1.70m, and the three Extension table tops 83, 84 and 85, e.g. B. with dimensions 0.7mx 0.7m, with a bleed 84 or an arch 85. The plate structure is basically the same. The table tops consist of a sandwich top 80, as explained above.

The system allows subsequent, as often as required Change within the office space forms, also for combined room systems, business clubs, team and Project offices, etc. With the cabinet system you can also reception systems, technology conversions, archives, Pyramids, hanging systems, towers, counters, passageways, Room partitions, media systems and much more shape.

Leave the system holes 4 and the system thread 5 an exact fitting and arbitrary chaining of the components 1, 2, 3 with each other and with additional elements to. There will be a high degree of dimensional accuracy in all dimensions required and achieved.

• das Anbringen von Kabelkanälen 21, 22, 24, 25 vertikal und horizontal für Innen- und Außenwinkel,
• das beliebige Aufstellen auf Höheneinstellschrauben 14 mit im Schrank innenliegender Verstellung, auf Sockel oder Stellfüßen,
• das Aufsetzen von Leuchten 19,
• das Anbringen von Akustikrückwänden 58, Pinnwänden und magnetischen Wänden,
• das Anbringen von Garderobenstangen und -haken,
• das Verbinden mit Stehpultaufsätzen 59,
• das Verbinden mit Paravents 50 (gerade und gebogen),
• das Anbringen beliebiger Zwischen- und Abdeckplatten 46, 48,
• das Einsetzen von Schrägfachböden 39,
• das Anbringen von verschieden großen Zwischen- und Abschlußblenden und Aufdoppelungen, um Kabel jeder Art zu führen oder zu verdecken bzw. um auf bauliche Voraussetzungen zu reagieren.

It is possible among other things in the cabinet system

• the installation of cable ducts 21, 22, 24, 25 vertically and horizontally for inside and outside angles,
• any installation on height adjustment screws 14 with adjustment inside the cabinet, on a base or adjustable feet,
• putting on lights 19,
• attaching acoustic back panels 58, pin boards and magnetic walls,
• attaching wardrobe poles and hooks,
• connecting to standing desk attachments 59,
• connecting with screens 50 (straight and curved),
• the attachment of any intermediate and cover plates 46, 48,
• the insertion of inclined shelves 39,
• the attachment of intermediate and end panels of different sizes and doublings to guide or hide cables of any kind or to respond to structural requirements.

It is particularly the unproblematic dismantling and the arbitrary change within all properties possible without system violation or system change.

The invention is not limited to that described here Embodiments limited. Rather, it is possible by combining the features more Realize embodiments without the frame to leave the invention.

Reference list

1

component

2nd

component

3rd

component

4th

System drilling

5

System thread

6

Back wall

7

Back wall

8th

Back wall

9

Backing material

10th

Coating

11

Sleeve nut

12th

Cover screw

13

Short connecting screw

14

Height adjustment screw

15

Steel shelf

16

Steel shelf

17th

Shelf supports

18th

Miter cut

19th

lamp

20th

Foot piece

21

Cabel Canal

22

Cabel Canal

23

Long connecting screw

24th

Cabel Canal

25th

Cabel Canal

26

Revolving door

27

Revolving glass door

28

Drawer module

29

Drawer module

30th

Pair of revolving doors

31

Pair of glass revolving doors

32

louvre

33

Revolving door

34

Folding door

35

louvre

36

Pair of revolving doors

37

Pair of glass revolving doors

38

louvre

39

Sloping shelf

40

Venetian blind steel shelf

41

Drill row

42

Reversible foot

43

Steel base plate

44

Through hole

45

Adjustable foot

46

Glass cover plate

47

screw

48

Cover plate

49

Glue socket

50

Screen

51

Connecting thread

52

Foot thread

53

System hangers

54

Steel base plate

55

Through hole

56

Round steel

57

role

58

Acoustic back wall

59

Standing desk attachment

60

Door hinge

61

Handle

62

Key handle

63

Top plate

64

Lower plate

65

Layer of glue

66

drilling

67

Head milling

68

Drive-in sleeve

69

base

70

Three hole arrangement

71

CPU holder

72

Drawing roll holder

73

Bracket

74

Shelf bracket

75

Steel handle

76

Steel back panels

77

Component screen connector

78

Pushing aid

79

Component connector

80

Sandwich plate

81

Desk top

82

Desk top

83

Extension table top

84

Extension table top

85

Extension table top

T

depth

H1, H2, H3

height

B1, B2, B3

width

Claims (10)

Cabinet system made up of combinable components (1, 2, 3,) for variant creation,
characterized in that
multiplex is used as the carrier material (9) for the body walls of the components (1, 2, 3), at least one system bore (4) per body wall in the body walls of the components (1, 2, 3) and at least one system thread in at least one body wall (5) are arranged, the position and number of which are fixed according to the standards of metal construction and that the components have a uniform depth dimension and width and height dimensions that fit into a grid with at least two grid dimensions. Cabinet system according to claim 1,
characterized in that
the components (1, 2, 3) can be linked together up and down, right, left and twisted about their own axis via the system bores (4). Cabinet system according to claim 2,
characterized in that
the components (1, 2, 3) via the system bores (4) with additional elements such as cable ducts (21, 22, 24, 25), lights (19), bases (69), adjustable feet (45) rollers (57), acoustic back panels ( 58), wardrobe rails (53 - 56), sloping shelves (39), screens (50), standing desk attachments (59), cover plates (48) etc. can be connected. Cabinet system according to claim 1,
characterized in that
the system threads (5) are realized by riveting sleeves. Cabinet system according to claim 1,
characterized in that
the edges of the cabinet walls are mitred and joined with the help of anchors. Cabinet system according to claim 1,
characterized in that
one or more of the components (1, 2, 3) can be connected to a table top, consisting of a sandwich plate (80) with a hole-free top plate (63) and a bottom plate (64) equipped with bores (66) and corresponding head millings (67) , which are designed such that standard drive-in sleeves (68) can be driven into the lower plate (64), the upper plate (63) and lower plate (64) being glued to one another. Cabinet system according to claim 1,
characterized in that
for the attachment of door stops in at least two opposing carcase walls, three bores arranged one behind the other are made in the center, at least towards a front of the respective carcase wall. Cabinet system according to claim 7,
characterized in that
the door stops (60) consist of a rubber part provided with through holes. Cabinet system according to claim 7,
characterized in that
the keys to locks in the doors of the components (1, 2, 3) are designed as key handles (62). Cabinet system according to claim 1,
characterized in that
the components (1, 2, 3) are placed on feet, which consist of a base plate (42), two through holes (44) for attachment to the system threads (5) and two adjustable feet which are not in one axis with the through holes and which are adjustable in height by means of threaded bolts (45) exist.

Images