EP3476251A1 - Device assembly for storage and workshops - Google Patents

Abstract

The invention relates to a device assembly (10) for warehouses and workshops with a plurality of post units (12) and with a plurality of trusses (14) connected to the post units (12). The traverses (14) have for connection to a stud profile (34) of two adjacent stator units (12) at their ends in each case a connection portion and have a circumferentially closed, L-shaped hollow profile formed support portion (44) having a horizontal load receiving surface ( 46) and with a support surface (50) adjoining the horizontal load-bearing surface (46) in the vertical upward direction and facing the open side of the upright profiles (34) connected to the crossbar (14). In the device assembly (10) at least two of the trusses (14) are arranged opposite to each other and define with the trusses (14) receiving post units (12) a shelf standard depth dimension and a shelf standard width dimension. According to the invention, at least one box-shaped furniture unit with a support frame (64) is provided in the furniture assembly (10) having two spaced-apart strip-shaped support sections (68, 70) on the horizontal load receiving surface (46) of two opposing trusses (14), respectively on a support surface (72) extending along the trusses (14) and having a support section surface perpendicular to the support surface (72) facing the support surface (50) of the cross member (14) on which the strip-shaped support section belonging to the support section surface (68, 70) rests.

Description

The invention relates to a device assembly for warehouses and workshops with several stator units and with several connected to the stand units traverses, the traverses for connecting to a stator profile of two adjacent stator units each have a connection portion at its ends, the traverses one as a circumferentially closed, L-shaped hollow profile formed support portion having a horizontal load-receiving surface and with a horizontal load-receiving surface in the vertical upward direction support surface, which has on the open side of the connected to the cross member stand profiles, and wherein at least two of the trusses are arranged opposite to each other and define a shelf standard depth dimension and a shelf standard width dimension with the stand units receiving these trusses.

For the storage of goods in factories, industrial shelves are widely used, which are of modular design and which have floor units supported on a floor to which trusses carrying shelves are connected.

In industrial companies, there is a need to keep tools, goods and personal belongings of employees so that they are protected from contamination and weathering. In order to protect goods from soiling in such industrial shelves, they must be packed. In addition, there is a need in industrial operations to extract tools, goods, and personal belongings from employees who are being held from access by unauthorized third parties.

The object of the invention is to provide a device assembly for warehouses and workshops, which allows the protected storage of tools, goods and personal items using industrial shelf components from the group of stand unit and Traverse in a warehouse and / or in a workshop.

This object is achieved with the device assembly specified in claim 1 for warehouses and workshops. Advantageous embodiments of the invention are indicated in the dependent claims.

The invention makes it possible to provide with an industrial shelf functionalities that does not have a classic industrial shelf, and / or to use industrial shelf components in furniture and home furnishing assemblies, e.g. B. serve as a workbench or as a packing station.

According to the invention specified in claim 1 Einrichtungsbaugruppe on at least one box-shaped furniture unit with a support frame having two spaced-apart strip-shaped support sections which rest on the horizontal load receiving surface of two opposing trusses each on a support surface extending along the trusses and the one to the support surface have vertical support portion surface, which faces the support surface of that cross member on which is the belonging to the support portion surface strip-shaped support portion.

An idea of the invention is to provide a furniture unit in the form of a self-supporting cabinet element such. As a tool cabinet or a locker in a modular shelving system form-fitting install, without the furniture unit is fixed by means of screws or similar, equivalent fasteners on stanchion units, traverses or shelves of a shelf. In an inventive device assembly is a Furniture unit on the freely between two stand units traverses along the longitudinal direction on a flat.

The support frame of the at least one box-shaped furniture unit in a device assembly according to the invention preferably forms a cantilevered framework, wherein the two spaced apart support portions of the support frame of the box-shaped furniture unit each have a first to a first shelf-abutment surface of one of the at least two opposite trusses connected narrow side and a second , the first shelf-abutment surface facing away from narrow side have.

Under a cantilever scaffolding, which can also be referred to as a self-supporting scaffold, is to understand a scaffold that carries itself and therefore can be displaced while retaining its shape by picking up a section.

A device assembly according to the invention may have a shelf, which is arranged on the at least two opposing trusses next to the at least one box-shaped furniture unit and on the one hand to one of the first shelf-abutment surface opposite second shelf bottom stop surface of the two opposing trusses and on the other hand to the second narrow Side of the two spaced strip-shaped support portions of the support frame of at least one box-shaped furniture unit connects. The box-shaped furniture unit is thus held in a form-fitting manner in the device assembly, without causing parallel forces to the trusses are introduced into the upright profile, since they are absorbed by the shelf-stop surfaces of the trusses.

Alternatively or additionally, a device assembly according to the invention may comprise a further box-shaped furniture unit arranged next to the at least one box-shaped furniture unit, which likewise has one cantilevered scaffold-forming support frame, which has two spaced-apart strip-shaped support sections which rest on the horizontal load receiving surface of the at least two opposing trusses each with along the trusses extending bearing surfaces, wherein the two spaced apart strip-shaped support sections of the support frame of the further furniture unit respectively a first on a second shelf-abutment surface of the at least two opposite trusses connected narrow side and a second, the second shelf bottom stop surface facing away from the narrow side of the two narrow side of the two spaced strip-shaped support sections of the support frame of the furniture unit connected. The box-shaped furniture unit is thus also held in a form-fitting manner in the furniture assembly, without causing the traverses parallel forces are introduced into the upright profile, as they are collected by the shelf-stop surfaces of the trusses.

The stand units of the device assembly can basically have a different height and z. B. be up to 5 m high. In a device assembly according to the invention, the traverses have a standard length NL. This standard length NL can be in particular 110 cm or 220 cm. The vertical to the support surface supporting portion surfaces of two opposing trusses have a distance corresponding to a standard depth NT of shelves in an industrial shelf. This standard depth NT can z. B. 55 cm or 110 cm. In a device assembly according to the invention, the dimensions of the at least one or the further box-shaped furniture unit arranged therein are adapted to the standard length NL and the standard depth NT. The width of the box-shaped furniture units can, for. B. be half or a quarter of the standard length NL. In contrast, the depth of the box-shaped furniture units of the above standard depth NT.

The length of the strip-shaped support sections may correspond to the width of a box-shaped furniture unit. In particular, a box-shaped furniture unit in an inventive Eirichtungsbaugruppe have a half shelf standard width dimension or a quarter shelf Standardbreitenmaß corresponding width.

An advantageous development of the invention provides that the box-shaped furniture unit is a furniture unit from the group cabinet with locking door, in particular tool cabinet, drawer cabinet or locker.

The formed as a circumferentially closed, L-shaped hollow profile support portion of two oppositely arranged trusses may have a box-shaped furniture unit facing base so that the furniture unit secures against displacement in the vertical direction. Such trusses prevent that the immediately below them arranged box-shaped furniture unit can tip over or be displaced in the vertical direction. It should be noted that such trusses can also carry another box-shaped furniture unit or record a shelf. In addition, such trusses also stiffen the Einrichtungsbaugruppe in addition, since they are connected to the stator units of the support sections.

The immediately below the two opposing trusses arranged furniture unit is then positively fixed in all directions. This positive fixing the box-shaped furniture unit is z. B. advantageous if roles are provided for the relocation of the device assembly. Namely, it can be avoided that the box-shaped furniture unit moves in the Einrichtungsbaugruppe relative to the stand units and the trusses or only limited when the Einrichtungsbaugruppe is rolled over an uneven floor.

The device assembly may, for. B. a trained as a tool cabinet with drawers box-shaped furniture unit, which is arranged on a low for a worker in the warehouse or workshop work height.

In a device assembly according to the invention may be provided on the horizontal load-receiving surface of the box-shaped furniture unit receiving trusses arranged shelf, which is located between the box-shaped furniture unit and a stand unit.

It is advantageous if the shelf connects flush to one of the stand unit facing shelf-stop surface of the cross member and the strip-shaped support sections of the furniture unit.

In particular, it is advantageous if each stator unit has a first open profile configured as a circumferentially open hollow profile and an open side having a second open profile and having at least two transverse struts and at least one diagonal strut, wherein the open side of the first upright profile of the open side of the second upright profile faces, wherein the at least two transverse struts and the at least one diagonal strut respectively engage through the open side in the first upright profile and in the second upright profile, and wherein the at least two transverse struts and the at least one Diagonal strut are each connected by means of a releasable connecting element to the first stator profile and the second stator profile.

In a further advantageous embodiment of the invention can be provided that the connection portions of the trusses have profiled tongues for engagement in recesses which are formed in the circumferentially open hollow profiles of the stator profiles of the stator units.

It is advantageous if the trusses are secured to the circumferentially open hollow profiles of the uprights with protruding through recesses in the uprights and in the connection sections securing elements against relocations to the upright profiles.

By having each stand profile of a stand unit having a foot arranged on a reel unit, it is possible to conveniently relocate the furniture assembly in one operation. Roll-up assemblies are also suitable for truck-handling because they can be rolled from and to a cargo area and also on a cargo bed. Here it is advantageous if a handle is fixed to at least one of the stand units.

In an advantageous embodiment of the invention can also be provided that the device assembly includes a two mutually adjacent adjoining stand units connecting wall with mounting holes for connecting tool holders.

In the context of the invention, a furniture assembly may in particular also be designed as a workbench or as a packing station. The invention also extends to the configuration of a previously indicated device assembly as a workbench and / or as a packing station and / or as a storage device.

Further details of the device assembly according to the invention will become apparent from the following description of exemplary embodiments with reference to the drawing.

Fig. 1

eine erste Einrichtungsbaugruppe mit einer Packstation und mit einer Werkbank;

Fig. 2

eine Ständereinheit der Einrichtungsbaugruppe von einer ersten Seite;

Fig. 3

eine Ständereinheit der Einrichtungsbaugruppe von einer zweiten Seite;

Fig. 4

einen Abschnitt einer Ständereinheit mit einer Querstrebe und einer Diagonalstrebe;

Fig. 5

eine Teilansicht von Elementen der ersten Einrichtungsbaugruppe;

Fig. 6

eine Traverse der Einrichtungsbaugruppe;

Fig. 7

einen Schnitt der Traverse und der Ständerprofile in der mittels der Pfeile VII - VII kenntlich gemachten Schnittebene in Fig. 6;

Fig. 8

einen weiteren Schnitt der Traverse in der in der mittels der Pfeile VIII - VIII kenntlich gemachten Schnittebene in Fig. 6;

Fig. 9

eine Teilansicht eines Ständerprofils;

Fig. 10

eine Teilansicht von Elementen der ersten Einrichtungsbaugruppe;

Fig. 11

und Fig. 12 sowie Fig. 13 unterschiedliche Regalböden für die Verwendung in der Einrichtungsbaugruppe;

Fig. 14

eine Teilansicht eines Kastenschranks in der ersten Einrichtungsbaugruppe;

Fig. 15

und Fig. 16 und Fig. 17 weitere Ansichten des Kastenschranks;

Fig. 18

einen Werkzeugschrank in der ersten Einrichtungsbaugruppe;

Fig. 19

eine Teilansicht von Elementen in der Einrichtungsbaugruppe;

Fig. 20

und Fig. 21 eine zweite Einrichtungsbaugruppe; und

Fig. 22

eine dritte Einrichtungsbaugruppe.

Show it:

Fig. 1

a first furniture assembly having a packing station and a workbench;

Fig. 2

a stator unit of the device assembly from a first side;

Fig. 3

a stator unit of the device assembly from a second side;

Fig. 4

a portion of a stand unit with a cross brace and a diagonal brace;

Fig. 5

a partial view of elements of the first device assembly;

Fig. 6

a cross member of the furniture assembly;

Fig. 7

a section of the traverse and the stator profiles in the cut plane indicated by the arrows VII - VII in Fig. 6 ;

Fig. 8

a further section of the traverse in the in the indicated by the arrows VIII - VIII cutting plane in Fig. 6 ;

Fig. 9

a partial view of a stand profile;

Fig. 10

a partial view of elements of the first device assembly;

Fig. 11

and Fig. 12 such as Fig. 13 different shelves for use in the furniture assembly;

Fig. 14

a partial view of a box cabinet in the first Einrichtungsbaugruppe;

Fig. 15

and FIGS. 16 and 17 further views of the box cabinet;

Fig. 18

a tool cabinet in the first furniture assembly;

Fig. 19

a partial view of elements in the device assembly;

Fig. 20

and Fig. 21 a second device assembly; and

Fig. 22

a third furniture assembly.

The in the Fig. 1 Stand assemblies 12 and trusses 14 are industrial shelf assemblies, which are preferably designed for a 500 kg rack shelf load, with the stand units then receiving a compressive load of e.g. B. allow 2000 kg.

The device assembly 10 has the functionality of a packing station in a first section 16. In a second section 18, the device assembly 10 has the functionality of a storage rack. In a third section 20, the appliance assembly 10 has the functionality of a storage rack combined with a lockable box cabinet 22 and a lockable tool cabinet 24 containing drawers. In a fourth section 26, the device assembly 10 performs a workbench function. In the fourth section 26, the device assembly 10 has a wall 28 with tool holders for receiving tools and in turn a tool cabinet 24 with drawers. A fifth section 30 of the device assembly 10 has the function of a wardrobe. In a sixth section 32 of the device assembly 10, the functionalities of a tire rack, a storage rack and a lockable cabinet 24 are combined.

The Fig. 2 shows a stand unit 12 of the device assembly 10 from the side. The Fig. 3 is a view of a stator unit 12 in the direction of arrow III Fig. 2 , In the Fig. 4 is a section of a stand unit 12 with watch a stand profile 34 and a portion of a transverse strut 36 and a diagonal strut 38. The Fig. 5 is a partial view of elements of the device assembly Fig. 1 in which there indicated by the arrow V cutout with stand profiles 34 and traverses 14th

Each stator unit 12 in the device assembly 10 has a first upright profile 34, designed as a circumferentially open hollow profile, with an open side 40 and a second upright profile 34, designed as a circumferentially open hollow profile, with an open side 40. Each stand unit 12 contains at least two transverse struts 36 and at least two diagonal struts 38. The open side 40 of the first upright profile 34 faces the open side 40 of the second upright profile 34. The at least two transverse struts 36 and the at least one diagonal strut 38 each engage through the open side 40 into the first upright profile 34 and into the second upright profile 34. The at least two transverse struts 36 and the at least one diagonal strut 38 are in each case connected to the first upright profile 34 and the second upright profile 34 by means of a releasable connecting element.

The traverses 14 each have a connection section 42 at their ends for connection to a stud profile 34 of two adjacent stud assemblies 12. The Fig. 6 shows a cross member 14 of the device assembly 10 with a first upright profile 34 and a second upright profile 34 to which the traverse 14 is connected. The Fig. 7 is a section of the traverse 14 and the stator profiles 34 in the direction indicated by the arrows VII -VII cutting plane in Fig. 6 , The Fig. 8 is a section of the traverse 14 in the sectional plane VIII - VIII indicated in FIG Fig. 6 ,

The trusses 14 have a support portion 44 formed as a circumferentially closed, L-shaped hollow profile with a horizontal load-bearing surface 46 and with a horizontal load-bearing surface 46 in the vertical direction 48 upwardly adjoining support surface 50. The support surface 50 has in the device assembly 10 on the open side 40 of the cross member 14 connected to the stator profiles 34th

The Fig. 9 is a partial view of a stud profile 34 with a traverse 14. The connecting portions 42 of the trusses 14 have in the Fig. 7 shown profiled tongues 52 for engagement in recesses 54, which in the Fig. 6 can be seen and which are formed in the circumferentially open hollow profiles of the stator profiles 34 of the stator units 12.

The trusses 14 of the circumferentially open hollow profiles of the uprights 34 are projecting through one of the recesses 54 in the stator profiles 34 and through a recess 56 in the terminal portions 42 securing elements 58 which in the direction of the arrow 60 through the recesses 54, 56 in a traverse 14 and a stand profile 34 can be inserted, secured against displacement on the stator profiles 34.

The Fig. 10 is a partial view of elements of the device assembly Fig. 1 and shows a portion of a traverse 14 with a formed as a pressboard plate shelf 62 which rests on the load receiving surface 46 of the crossmember 14, wherein the narrow side of the shelf 62 to the support surface 50 of the crossbar 14 points. The Fig. 11 shows a designed as a steel bottom shelf 62, the alternative to a pressboard in a Einrichtungsbaugruppe as they Fig. 10 shows, can be used. In the Fig. 12 is a shelf designed as a grate for use in one of the Fig. 1 to see the device assembly shown.

The Fig. 13 is another partial view of elements of the device assembly Fig. 1 and shows the accommodated on the truss 14 box cabinet 22 in the indicated by the arrow V cutout of the furniture assembly 10. In the Fig. 14 is the bottom - facing side of the box cabinet 22, which on the load receiving surfaces 46 of Traverses 14 rests. In the device assembly 10, the trusses 14 are arranged opposite to each other and thus define with the truss receiving these stand units 12 in the Fig. 5 apparent shelf depth standard NT and a shelf standard width dimension NB.

In the Fig. 15 and the Fig. 16 vertical sections of the box cabinet 22 can be seen. The Fig. 17 is a plan view of the box cabinet 22 from below. The box cabinet 22 is a box-shaped furniture unit with a support frame 64 on which the walls and the floor and the ceiling are fixed and which also holds the door 66. The box cabinet 22 has two spaced-apart strip-shaped support sections 68, 70, which rest with a support surface 72 respectively on the horizontal load-receiving surface 46 of two opposing trusses 14. The support frame 64 forms a self-supporting box cabinet scaffold.

The length L of the strip-shaped support sections 68, 70 corresponds to the width B of the box cabinet 22. The box cabinet 22 has a width corresponding to half a shelf standard width dimension NB. The width of the box cabinet 22 may also correspond to a quarter shelf standard length NL or a third shelf standard length NL.

The Fig. 18 The tool cabinet 24 is a box-shaped furniture unit with a support frame on which the walls 74 and the floor and the ceiling 76 are fixed. Also, the tool cabinet 24 has two spaced-apart strip-shaped support sections which rest with a support surface 72 respectively on the horizontal load receiving surface 46 of two opposing trusses 14. The support frame also forms a self-supporting tool cabinet scaffolding here. The tool cabinet 24 has drawers 78 for receiving tools. For the There are tools in the tool cabinet 24 drawers 78.

The length L of the strip-shaped support sections corresponds to the width B of the tool cabinet 24. The tool cabinet 24 has a width corresponding to a quarter shelf standard length NL. The width of the tool cabinet 24 but z. B. also correspond to a half shelf standard length NL or one-third shelf standard length NL.

On the traverses 14 next to the box cabinet 22 is a shelf 62. The shelf 62 is disposed between the box cabinet 22 and a stand unit 12. A shelf 62 closes here flush to one of the stand unit 12 facing in the Fig. 7 apparent shelf-abutment surface 80 of the traverse 14 and the narrow side 68s, 70s of the strip-shaped support portions 68, 70 of the box cabinet 22 at. Accordingly, the narrow side 68s, 70s of the strip-shaped support portions of the tool cabinet 24 on the box cabinet 22 side facing the narrow side of the strip-shaped support sections 68, 70 of the box cabinet 22 and on the side facing away from the box cabinet 22 to a shelf-stop surface 80 of Traverse 14. In this way, the box cabinet 22 and the tool cabinet 24 are held positively in the truss 14 between the stator units 12.

The Fig. 19 FIG. 12 is a partial view of elements of the device assembly 10. FIG Fig. 1 The tool cabinet 24 is mounted here like the tool cabinet in the portion of the device assembly 10 indicated by the arrow V on the load receiving surfaces 46 of the traverses 14 and on the narrow side of its strip-shaped Support sections 68, 70 connected to a shelf-stop surface 80 of the trusses 14 and to a shelf 62 flush and thus in turn held positively in the truss 14 between the stator units 12.

The over the tool cabinet 24 traverses 14 are here with in the Fig. 8 identified base side 82 of the formed as a circumferentially closed, L-shaped hollow profile support portion of two oppositely arranged trusses 14 at. This ensures that the tool cabinet 24 is also held in a form-fitting manner on the ceiling 76, so that it is also secured in the direction indicated by the arrow vertical direction 48 against the displacement relative to other elements in the device assembly 10.

The Fig. 20 and the Fig. 21 show a second, designed as a workbench device assembly 10 '. As far as the elements of the device assembly 10 'correspond to the elements of the device assembly 10, these are identified by like numerals as reference numerals. In the device assembly 10 ', each stand profile 34 of a stand unit 12 has a foot arranged on a reel unit 84. Handles 86 are secured to the device assembly 10 '. The device assembly 10 'has a wall 88 connecting the adjoining stator units 12 with mounting holes 90 for connecting tool holders. The device assembly 10 'includes a shelf 62 in the form of a tabletop. By means of panels 92, the uprights profiles 34 and their open sides 40 are covered above the shelf 62 formed as a table top.

In the Fig. 22 3 shows another furniture assembly 10 "with furniture units formed as lockers 94. As far as the elements of the furniture assembly 10" correspond to the elements of the furniture assembly 10, these are indicated by like numerals as reference numerals.

The lockers 94 have as the box cabinet 22 and the tool cabinet 24 a free or self-supporting support frame 64, on which the side walls, the ceiling, the floor and the doors 96 are fixed. The floor a locker 94 corresponds to that in the Fig. 14 The lockers 94 in the device assembly 10 "are like the box cabinet 22 and the tool cabinet 24 in the Fig. 20 and the Fig. 21 shown device assembly 10 'between the trusses 14 and the stator units 12 held positively.

In summary, the following preferred features of the invention are to be noted in particular:
The invention relates to a device assembly 10 for warehouses and workshops with several stator units 12 and with several attached to the stator units 12 traverses 14. The traverses 14 have for connecting to a stator profile 34 of two adjacent stator units 12 at their ends in each case a connection portion 42 and have a formed as a circumferentially closed, L-shaped hollow profile support portion 44 having a horizontal load receiving surface 46 and with a horizontal load receiving surface 46 in the vertical direction upwardly adjoining the support surface 50, which points to the open side connected to the cross member 14 Ständerprofile 34 , In the device assembly 10 at least two of the trusses 14 are arranged opposite to each other and define with the trusses 14 receiving stand units 12 a standard shelf depth dimension and a shelf standard width dimension. In the device assembly 10 at least one box-shaped furniture unit is provided with a support frame 64 which has two spaced-apart strip-shaped support portions 68 which rest on the horizontal load receiving surface 46 of two opposing trusses 14 each on a support surface 72 extending along the trusses 14 and the one to the support surface 72 have vertical support portion surface which faces the support surface of that cross member 14 on which rests on the support portion surface strip-shaped support portion 68, 70 rests.

LIST OF REFERENCE NUMBERS

10, 10 ', 10 "

device assembly

12

stand unit

14

traverse

16

first section

18

second part

20

third section

22

box cabinet

24

tool barrier

26

fourth section

28

wall

30

fifth section

32

sixth section

34

upright profile

36

crossmember

38

diagonal strut

40

opened page

42

connecting section

44

supporting section

46

horizontal load-bearing surface

48

vertical direction

50

support surface

52

profile tongue

54, 56

recess

58

fuse element

60

arrow

62

shelf

64

supporting frame

66

door

68, 70

strip-shaped support section

68s, 70s

Narrow side strip-shaped support section

72

bearing surface

74

wall

76

ceiling

78

drawer

80

Shelf-stop surface

82

base side

84

roller unit

86

Handle

88

wall

90

mounting hole

92

cover

94

locker

96

door

Claims (15)

Assembly assembly (10) for warehouses and garages having a plurality of stand units (12) and having a plurality of trusses connected to the stand units (12), (14)
wherein the traverses (14) for connecting to a stator profile (34) of two adjacent stator units (12) at their ends each have a connection portion (42) and wherein the crossbars (14) formed as a circumferentially closed, L-shaped hollow profile support portion (44) having a horizontal load-bearing surface (46) and having a support surface (50) adjoining the horizontal load-bearing surface (46) in the vertical upward direction and projecting onto the open side of the upright profiles (34) connected to the crossbar (14). points, and
wherein at least two of the trusses (14) are arranged opposite one another and define, with the truss units (12) receiving these trusses (14), a shelf standard depth dimension NT and a shelf standard width dimension NB,
marked by
at least one box-shaped furniture unit having a support frame (64) having two spaced-apart strip-shaped support portions (68, 70) extending on the horizontal load-receiving surface (46) of two opposing trusses (14) each at one along the trusses (14) Resting support surface and have a vertical to the support surface support portion surface, which faces the support surface (50) that Traverse (14) on which rests on the support portion surface strip-shaped support portion (68, 70) rests. A device assembly according to claim 1, characterized in that the support frame (64) of the at least one box-shaped furniture unit forms a cantilevered framework, wherein the two spaced support portions (68, 70) of the support frame (64) of the box-shaped furniture unit each have a first to a first shelf Stop surface (80) of one of the at least two opposed trusses (14) connected narrow side (68s, 70s) and a second, the first shelf-abutment surface (80) facing away from the narrow side (68s, 70s). Device assembly according to claim 2, characterized by a shelf (62) which is arranged on the at least two opposing trusses (14) adjacent to the at least one box-shaped furniture unit and on the one hand to a first shelf bottom stop surface (80) opposite the second shelf bottom stop surface (80) of the two opposite trusses (14) and on the other hand to the second narrow side (68 s, 70 s) of the two spaced apart strip-shaped support portions (68, 70) of the support frame (64) of the at least one box-shaped furniture unit connects. A device assembly according to claim 2, characterized by further arranged next to the at least one box-shaped furniture unit further box-shaped furniture unit having a cantilever frame-forming support frame (64) having two spaced-apart strip-shaped support portions (68, 70) on the horizontal load-receiving surface (46) of the at least two opposing trusses (14) each with along the trusses (14) extending support surfaces, wherein the two spaced apart strip-shaped support sections (68, 70) of the support frame of the further furniture unit each have a first to a second shelf bottom stop surface (80) of the at least two opposing cross members (14) connected narrow side (68 s, 70 s) and a second, the second shelf bottom stop surface (80) facing away from narrow side (68 s, 70 s), which on the respective second narrow side ( 68s, 70s) of the two spaced apart strip-shaped support portions (68, 70) of the support frame (64) of the furniture unit connects. A device assembly according to any one of claims 1 to 4, characterized in that the length of the strip-shaped support portions (68, 70) corresponds to the width of the at least one box-shaped furniture unit, and / or characterized in that the at least one box-shaped furniture unit is a half shelf standard width dimension ½NB or a quarter shelf standard width measure ¼NB corresponding width, and / or characterized in that the at least one box-shaped furniture unit is a furniture unit from the group cabinet with closing door, in particular tool cabinet (24), drawer cabinet or locker (94), and / or characterized in that the formed as a circumferentially closed, L-shaped hollow profile support portion (44) of two oppositely arranged trusses (14) has a box-shaped furniture unit facing base and secures the furniture unit against displacement in the vertical direction. A device assembly according to any one of claims 1 to 5, characterized by a on the horizontal load receiving surface (46) of the at least one box-shaped furniture unit receiving trusses (14) arranged shelf (62) which is arranged between the box-shaped furniture unit and a stand unit. Device assembly according to claim 6, characterized in that the shelf facing one of the stator unit (12) Shelf-stop surface of the traverse (14) and the strip-shaped support sections (68, 70) of the furniture unit is flush connected. Device assembly according to one of claims 1 to 7, characterized in that each stator unit (12) designed as a circumferentially open hollow profile first upright profile (34) with an open side (40) and designed as a circumferentially open hollow profile second upright profile (34 ) with an open side (40) and at least two transverse struts (36) and at least one diagonal strut (38), wherein the opened side (40) of the first upright profile (34) of the open side (40) of the second upright profile (34) facing, wherein the at least two transverse struts (36) and the at least one diagonal strut (38) in each case by the open side (40) in the first upright profile (34) and in the second upright profile (34) engage, and wherein the at least two transverse struts (36) and the at least one diagonal strut (38) in each case by means of a releasable connecting element to the first upright profile (34) and the second stator profile (34) are connected. A device assembly according to claim 8, characterized in that the connecting portions (42) of the trusses (14) have profiled tongues (52) for engagement in recesses formed in the circumferentially open hollow profiles of the uprights (34) of the uprights (12). Eirichtungsbaugruppe according to claim 9, characterized in that the trusses (14) on the circumferentially open hollow profiles of the stator profiles (34) by recesses in the stator profiles (34) and in the connecting portions (42) projecting securing elements (58) against displacement on the stator profiles (34) are secured. Device assembly according to one of claims 1 to 10, characterized in that each upright profile (34) of a stand unit (12) has a foot arranged on a roller unit (84) or characterized by at least one handle (86) fixed to one of the stand units (12). , Device assembly according to one of Claims 1 to 11, characterized by a wall (88) connecting two staging units (12) adjacently arranged with mounting openings (90) for the connection of tool holders. As a workbench or as a packing station formed Einrichtungsbaugruppe according to one of claims 1 to 12. Use of a device assembly designed according to one of claims 1 to 12 as a workbench or as a packing station or as a storage device. Configure a device assembly formed according to any one of claims 1 to 12 as a workbench and / or as a packing station and / or as a storage device.

Images