CN210539820U - Rotary column furniture - Google Patents

Abstract

The utility model relates to a rotary column furniture, which is provided with a foot part placed on the ground and a cylindrical furniture body, extends along the vertical longitudinal axis of the rotary column furniture and is supported on the foot part in a manner of rotating around a rotating axis, and is provided with a shelf assembly for placing objects in the rotary column furniture and a supporting wall extending parallel to the longitudinal axis and used for supporting the shelf. The furniture body has a rotary bearing section and a shelf section which are arranged side by side relative to a longitudinal axis, wherein a shaft body protruding from a foot part is jointed into a shaft body accommodating part which is parallel to the longitudinal axis and extends to the rotary bearing section of the shelf section to the maximum, the shelf section has a supporting wall, the supporting wall has supporting surfaces which face each other and limit a shelf accommodating space, a fixing receiving part row which is provided with a plurality of fixing receiving parts arranged side by side relative to the longitudinal axis is arranged on the supporting surface, and the fixing receiving parts are used for detachably fixing the shelf, so that the shelf is fixed on the supporting wall at least two positions which are different in height relative to the ground.

Description

Rotary column furniture

Technical Field

The invention relates to a piece of rotary column furniture having a foot part for placing on the ground and a cylindrical furniture body which extends along a longitudinal axis which is erected in the use position of the piece of rotary column furniture and is mounted on the foot part in such a way that it can rotate about a rotational axis which is erected in the use position of the piece of rotary column furniture, wherein the furniture body has a shelf assembly for placing objects in the furniture body and a support wall for supporting the shelf which extends parallel to the longitudinal axis of the furniture body.

Background

Swivel column furniture of this type is for example commonly used for storing documents. The furniture body has a cylindrical shape and can be rotated about a rotational axis, so that documents or other objects placed in the rotary-column furniture can be rotated in front of the user, respectively, so that the user can easily remove the respective document from the furniture body and place it again. Swivel column furniture is optimally matched to the actual requirements in the office, but is not flexible enough.

SUMMERY OF THE UTILITY MODEL

It is therefore an object of the present invention to provide a swivel column furniture which can be used flexibly.

In order to achieve this object, in a swivel column clamp of the type mentioned at the outset, it is provided that the furniture body has a swivel bearing section and a shelf section which are arranged next to one another with respect to a longitudinal axis, wherein a shaft body projecting from the foot part engages in a shaft body receptacle of the swivel bearing section which extends parallel to the longitudinal axis of the furniture body to the maximum extent of the shelf section, and the shelf section has support walls which have support surfaces which face one another and delimit a shelf receiving space, on which support surfaces a row of fastening receptacles is arranged with a plurality of fastening receptacles arranged next to one another with respect to the longitudinal axis of the furniture body, for detachably fastening the shelf, so that the shelf is fastened to the support walls in at least two different height positions with respect to the floor.

The basic concept here is that the furniture body has shelf sections which can be adjusted and used flexibly, but nevertheless, on account of the rotary bearing section (here the furniture body is particularly robust), the furniture body as a whole has a high degree of torsion resistance.

The furniture body has a lower rotary bearing section in the use position, into which the shaft body of the foot part engages, preferably over almost the entire longitudinal length of the shelf section relative to the longitudinal axis of the furniture body. It is also possible for the shaft body to engage into the rotation bearing section only over a part of the length or height of the rotation bearing section, for example the maximum length or height of the rotation bearing section or half or two thirds thereof.

In a preferred embodiment, the rotary bearing section is supported and/or rotatably mounted on the shaft body at its longitudinal end region facing the foot part and at its longitudinal end region furthest from the foot part, i.e. directly next to the shelf region. In one or both of these longitudinal end regions, a sliding bearing is provided for rotatably mounting about a rotational axis between a wall of a shelf section, for example an intermediate wall, a bottom wall, a top wall or a similar further rotation-mounting section which extends substantially horizontally in the use position, and the shaft body. The slide bearing is arranged, for example, on a wall of the shelf section extending transversely to the axis of rotation between the outer circumference of the shaft body and the inner circumference of the through-opening or engagement opening.

It is possible for the shaft body to project beyond the furniture part which is the furthest foot part or the wall which is the furthest foot part, in particular the top wall and/or the intermediate plate, with the projecting section projecting into the shelf section or to be aligned with the upper side of the rotary bearing section which faces away from the foot part or faces the shelf section. The section of the shaft body which projects into the shelf section is preferably at most 5%, in particular at most 3%, and/or at most 4cm, in particular at most 3cm, in particular at most 2cm or at most 1cm of the length of the shaft body.

In particular, it is preferred that the end-side bearing of the shelf section is arranged directly next to the foot part with respect to the foot part. For example, rolling bearings, in particular needle or roller bearings, are provided, the rollers of which are rotatable transversely to a rotational axis about which the furniture body is rotatable relative to the foot part.

The ratio between the rotary bearing section and the shelf section is, for example, one to two or one to three or one to four. Thus, the shelf section is preferably longer than the rotational support section.

Preferably, the furniture body is at least 1.5m, particularly preferably at least 1.8m long relative to its longitudinal axis, i.e. correspondingly high in the use position. It is therefore advantageous that an adult operator or user can reach an object placed above the furniture body in the region of the longitudinal end remote from the foot part, but due to the height or longitudinal extension of the furniture body relative to the axis, the furniture body provides a large storage space for placing and storing objects, for example at least of the size of the height of an adult.

It goes without saying that a plurality of shelf receiving spaces can be provided in the shelf section, in which shelves can be correspondingly flexibly mounted. The shelf or shelves can be fixed in the mutually opposite support surfaces, which extend parallel to one another, in different heights or longitudinal positions relative to the longitudinal axis. However, an angular shape of the shelf receiving space or one of the shelf receiving spaces is particularly preferred.

A plurality of shelf receiving spaces of the same or different designs may be provided:

it is advantageously provided that the shelf receiving space comprises an angle shelf receiving space which is delimited laterally by support faces of the support walls which are arranged at an angle to one another and which is open at a partial angle of the outer circumference of the furniture body extending around the longitudinal axis, and that the piece of rotary column furniture has at least one shelf which is provided for arrangement in the angle shelf receiving space, the narrow sides of the shelf being angled to one another in accordance with the angle of the support faces in order to be supported on the support faces, and that the shelf can be arranged detachably on the support faces by means of fastening means in at least two mutually different height positions. The angle is for example about 90 ° or exactly 90 °. However, the angle may also be smaller, e.g. 30 °, 60 °, etc. An arrangement is preferred in which at least two, preferably four, corner shelf receiving spaces of this type are provided.

It is also advantageous if the angle shelf receiving space also extends over a partial angle of more than 90 °. Preferably, the angular shelf accommodation space extends, for example, over half or 180 ° of the circumferential angle of the rotary column furniture.

The angle shelf receptacle extends, for example, over a plurality of angular ranges or partial angles about the axis of rotation. However, the angle shelf receptacle does not necessarily have to extend radially to the axis of rotation or to the central axis of the furniture body, so that it can be said that its inner corner or inner top end is coaxial with the axis of rotation or the central longitudinal axis of the furniture body. It is therefore also possible, for example, for free spaces or intermediate receiving spaces to be present in the region of the central axis or central axis, as will also be described in more detail.

An advantageous measure provides that the fastening element is designed to fasten the shelf in the angled shelf receptacle in such a way that it cannot be tilted relative to the longitudinal axis of the furniture carcass. For example, the fastening element comprises a corresponding attachment element which engages in the form of a retaining pin into one or more of the fastening receptacles and is preferably screwed on there or otherwise secured in a tensile manner. In any case, when subjected to loads in the region of its outer periphery and thus of the outer periphery of the furniture body, the respective shelf is also not reversible and cannot be released from the anchor.

In the angled shelf receiving space, a plurality of shelves can be fixed in different height positions relative to the longitudinal axis of the furniture body. Preferably, the respective shelf has a partial angular shape. Preferably, the respective shelf is circular on its outer periphery. It is particularly advantageous if the free outer narrow side of the respective shelf has a peripheral contour which is correlated with the peripheral contour of the furniture body, i.e. for example is circular or runs straight. Preferably, the respective shelf, which can be fixed in the shelf receiving space, does not exceed or only insignificantly exceed the peripheral contour of the furniture body, in particular does not project in the radial direction.

It is advantageously provided that the piece of rotary-column furniture has at least one outer-periphery retaining device for detachable fixing on the furniture body, which has an outer-periphery retaining body which, in the mounted state on the furniture body, extends along the periphery of the shelf receiving space for retaining an object placed in the shelf receiving space. Thus, the respective shelf may be secured in the shelf receiving space in different longitudinal positions relative to the longitudinal axis. By means of the outer circumferential holding device it is ensured that objects placed on the shelf mounted there are reliably held in the shelf receiving space. The outer circumferential holding device can be fixed on the support wall in a suitable longitudinal position, i.e. in a suitable height position, relative to the central axis, so that it can be arranged as required in a correspondingly desired and required position of the shelf receiving space. Preferably, the retaining body extends in the mounted state parallel to a supporting surface or upper surface of the shelf associated with the outer circumferential holding means. As a result, objects placed on the shelf, for example, can no longer slide out, i.e., fall out of the furniture carcass. This type of outer peripheral retention device may also be considered a separate invention, especially in applications in rotating column furniture.

Advantageously, the outer peripheral holder has a strip-shaped and/or arc-shaped outer shape. The outer peripheral retainer is, for example, flexibly bendable so that it has an arcuate profile only when the outer peripheral retainer is mounted on the furniture body. It is also possible that the outer peripheral retainer has a plate-like outer shape. The outer peripheral retainer may be designed as a decorative element, that is to say with a different colour, style, material or the like than the furniture body. Thus, in one embodiment, the outer peripheral retainer is substantially inflexible and in another embodiment is flexurally flexible. Thus, the strip-shaped outer peripheral retainer may extend over an outer peripheral angle or arc. It is however also possible that the outer circumferential holder has a straight or rectilinear profile.

In a preferred embodiment, the outer circumferential holding device has, in particular at the longitudinal end regions of the outer circumferential holding body, fixing elements for fixing to at least one fixing receiver of the row of fixing receivers. The fixing elements comprise, for example, angle shapes, hooks, etc. Preferably, the respective fixing element has a receptacle or holding receptacle for the outer circumferential holding body. For example, the fastening element has a plug receptacle for the outer circumferential retaining body. The fastening element can have, for example, a holding side for the outer circumferential retaining body and a fastening side for fastening to a support wall of the furniture body. In the fixing leg or in other positions of the fixing element, a plug pin or the like can be provided which engages into the fixing receptacle of the support wall. It is also advantageous if the fastening element has a through-hole or other receptacle for the passage of a retaining pin, in particular a screw, for fastening to the fastening receptacle. A combination of a plug-in lug and a screw is possible without any problem. Therefore, it is preferable that the outer periphery holding means be fixed on the same receiving portion as on the shelf associated with the outer periphery holding means.

Preferably, the outer perimeter holding means can be fixed on the furniture body in different relative positions, i.e. in at least two relative positions, with respect to the shelf with which it is associated.

Advantageously, the shelf section has at least one intermediate receiving space which extends into a region coaxial with the axis of rotation and/or into the center of the furniture body. Preferably, the axis of rotation extends into or through the intermediate accommodation space. In the shelf section, there is therefore a free space above the axis of rotation, unlike in the rotary bearing section, to which the shaft body projecting from the foot part does not extend. It can be said that this free space is made available by the above-mentioned measures, i.e. extends through the intermediate receiving space, for example with its longitudinal end region or even its centre (as will also be explained), to a region or centre of the furniture body which is coaxial with the axis of rotation.

It is preferably provided that the intermediate accommodation space has a lateral opening on the outer circumference of the furniture body for placing objects in the intermediate accommodation space. Thus, access is possible from this side or from the periphery of the furniture body and the intermediate accommodation space can be conveniently utilized.

Advantageously, the intermediate receiving space is laterally delimited by mutually opposite, in particular mutually parallel, sides of the supporting wall of the furniture body. However, the sides of the intermediate receiving space can also be angled to one another, for example in the form of the angled shelf receiving space already described.

Preferably, the intermediate receiving space extends over the entire longitudinal length of the shelf section of the furniture body. This results in a high placement space which is suitable, for example, for brooms or similar other household objects.

For placing objects of this type, the intermediate receiving space has exactly only one bottom section. It is therefore possible that the side of the support wall is free of fixing elements. However, in the intermediate accommodation space, it is also possible to provide fastening elements, for example hooks, which are arranged, for example, on the top wall or on the side walls of the furniture body at the longitudinal end regions remote from the foot part, or to provide further fastening elements on the side walls of the intermediate accommodation space.

A flexible embodiment is preferred in which it is provided that a row of fastening receptacles is arranged on the side, which row has a plurality of fastening receptacles arranged next to one another relative to the longitudinal axis of the furniture body for detachably fastening shelves, so that the shelves can be fastened to the support wall in at least two different height positions relative to the floor. Thus, one or more shelves may also be flexibly arranged in the intermediate accommodation space. In order to close this type of intermediate space on the front or end side, the already described outer circumferential holding device can also be provided.

Advantageously, the intermediate receiving space passes completely through the shelf section transversely to the longitudinal axis and has lateral openings for introducing objects into the intermediate receiving space on mutually opposite sides of the furniture body. The intermediate accommodation space can thus be accessed from mutually opposite sides, which improves the shape and utilization of the swivel column furniture. Furthermore, it is also possible to place correspondingly bulky objects in the intermediate receiving space, i.e. for example ironing boards or similar other household appliances.

In a preferred embodiment, the shelf section has at least one angular receiving space which extends over a circumferential angle of more than 120 °, for example more than 180 °, of the outer circumference of the furniture body. The angular accommodation space is laterally delimited by a support wall. For example, a large angular accommodation space is suitable for storing correspondingly large objects in a furniture body. The free design of the shelf sections or the free allocation of the shelf sections makes possible a large angular accommodation space of this type.

In one embodiment, the angular receiving space extends, for example, over the entire length of the shelf section, for example, between the intermediate plate or the top wall of the rotary bearing section and the free end of the shelf section, in particular the top wall thereof. However, it is also possible for the angled receiving space to extend over only a part of the length of the shelf section, for example in the upper or lower half, in the upper or lower third, only in the middle, etc., so that in addition to this angled receiving space, a further, differently designed receiving space of the shelf section is provided.

It is also advantageous if the angular receiving space extends in a region of the furniture carcass which is coaxial with respect to the axis of rotation or centrally. The intermediate receiving space which has already been explained is therefore designed as an angular receiving space which extends over a relatively large angle of rotation of more than 120 ° of the outer circumference of the furniture body.

At least one of the angular accommodation spaces may have a row of fastening receptacles, i.e. a shelf may be flexibly arranged in the angular accommodation space.

It is advantageously provided that the furniture carcass has at least three receiving spaces arranged next to one another on the lateral sides transversely to its longitudinal axis and separated from one another by supporting walls and suitable for storing objects. Starting from one transverse side, three or further separate or independent receiving spaces can thus be provided, for example a central receiving space and two lateral receiving spaces, which are open on the same transverse side or which extend, for example, also over an arc-shaped section or a rounded peripheral section, for example in the form of an angle shelf receiving space as already explained. The receiving space may have a row of fixed receiving portions, that is, the shelf may be flexibly disposed in the receiving space. However, it is also possible for one or more of the receiving spaces, for example the intermediate receiving space, not to have a fastening receptacle.

The solution for flexible allocation or distribution of the shelf sections is achieved in that the support walls of the shelf sections are supported on the support walls of the rotary bearing sections, i.e. are aligned with one another horizontally or vertically with respect to the longitudinal axis L, but can also be arranged offset from one another, to be precise in a non-aligned design.

A flexible space allocation is provided, for example, in that the shelf section and the rotary bearing section have at least two receiving spaces of different geometry relative to a cross section transverse to the longitudinal axis. Thus, for example, the shelf section and the rotary bearing section have angular receiving spaces which are angularly offset with respect to the axis of rotation or the longitudinal axis.

It is expediently provided that at least two support walls of a shelf section are supported and/or connected to one another transversely to the longitudinal axis of the furniture body by means of a transverse connecting element, in particular by a shelf fixedly connected to the support walls. The transverse connection may be, for example, a tie rod, a strut or the like. Particularly preferred, however, are shelves in which two supporting walls are supported or interconnected with each other. It is possible that the respective shelf forms a so-called intermediate plate.

Advantageously, the shelf section and/or the rotary bearing section has at least one intermediate plate arranged between their longitudinal end regions with respect to the longitudinal axis. The intermediate plate stabilizes the furniture body in the region of the shelf section or the rotary bearing section, as it were. The intermediate plate may extend over the entire cross section of the shelf section or the rotational support section. Intermediate plate

The intermediate plate can be arranged, for example, between the shelf section and the rotation support section and/or form an upper plate or an upper ceiling of the rotation support section.

The pivot bearing section is expediently supported and/or rotatably mounted on the axle body by means of the intermediate plate and/or its furniture part which is furthest from the foot part.

However, it is preferably provided that the intermediate plate extends only over a part of the cross section of the furniture body. The intermediate plate extends, for example, only over approximately 30% to 50% of the cross section. Thus, for example, the intermediate plate can be arranged only in the region of the lateral receiving spaces, while the intermediate receiving spaces do not have intermediate plates. The intermediate plate may be rounded, for example, on its outer periphery.

The intermediate plate is for example glued, pinned, screwed or similarly fixedly connected in another way to the support wall.

Advantageously, the shelf section is longer than the rotary bearing section relative to the longitudinal axis of the furniture body, in particular at least twice as long, preferably three times as long, as the rotary bearing section. The shelf section is preferably longer relative to the longitudinal axis of the furniture body, i.e. the shelf section can be configured relatively freely differently from the rotary bearing section. Nevertheless, the rotary bearing section has such a large length relative to the longitudinal axis of the furniture body that a stable and non-pivotable reception of the shaft body is achieved.

In this connection, it should also be added that the rotary bearing section is supported on the shaft body at a respective longitudinal end region of the shaft body.

In an advantageous embodiment, the rotary bearing section has a bottom wall and a top wall which carries the shelf section and is fixedly connected by at least two support walls which are angled relative to one another. The support wall gives a fixed hold for the rotary bearing section. The bottom wall and the top wall preferably extend over the entire circumferential cross section of the furniture body.

It is expediently provided that the top and/or bottom wall is screwed and/or glued and/or pinned to the support wall and/or is connected by at least one connection fitting or furniture fitting. In order to hold the top and bottom walls firmly on the support wall or conversely the support wall, one or more of the above measures are advantageous.

Advantageously, the bottom wall facing the foot part has a geometrically identical circumference on one longitudinal end region of the furniture body and the top wall covering the shelf section has a geometrically identical circumference on the other longitudinal end region of the furniture body. It is also preferred that one or all of the intermediate walls between the bottom wall and the top wall have the same peripheral geometry. For example, the bottom wall, the top wall, preferably also at least one intermediate wall, are circular, rectangular on the outer periphery, etc. The geometrical dimensions of the respective bottom and top walls are also the same.

Preferably, the rotary-column furniture or the furniture body is a cylinder, that is to say it has the same circumference or the same circumferential geometry over the entire longitudinal axis of the furniture body. The cylinder can have, for example, a circular, elliptical, rectangular, in particular square, or similar other polygonal or rounded geometry in cross section or in its base surface. It is also possible for the furniture body to have a larger outer circumference, for example in its middle section, than in its lower section. Furthermore, it is possible for the furniture carcass to have a constriction in a region central to the longitudinal axis or a smaller outer circumference than in the longitudinal end regions. Furthermore, the furniture body can be designed in the shape of a pyramid, a truncated cone or the like.

The axis of rotation and the longitudinal axis of the furniture body are suitably parallel. As a result, the furniture body does not pivot as far as possible relative to the axis of rotation.

Preferably, the axis of rotation and a longitudinal or centre of gravity axis running centrally of the furniture body are coaxial with each other.

Drawings

The embodiments of the present invention are explained below with reference to drawings. Wherein:

figure 1 shows a perspective view of a first rotary column piece of furniture,

figure 2 shows a first rotary column piece of furniture from one side,

FIG. 3 shows a lower view, an

Figure 4 shows detail D1 of figure 1,

3 figure 35 3 shows 3a 3 partial 3 section 3 through 3 the 3 lower 3 part 3 of 3a 3 swivel 3 column 3 furniture 3 for 3 example 3 along 3 the 3 section 3 line 3a 3- 3a 3 in 3 figure 32 3, 3

Figure 6 shows a second embodiment of a rotary column furniture,

figure 7 shows this second embodiment from below,

figure 8 shows the second embodiment from a first lateral side in the viewing direction B1 according to figure 6,

figure 9 shows the second embodiment from a second lateral side corresponding to the viewing direction B2 in figure 6,

figure 10 shows a third embodiment of a rotary column furniture in perspective view,

FIG. 11 shows a third embodiment from below

Figure 12 shows the third embodiment in a first side view corresponding to the viewing direction B3 in figure 10,

figure 13 shows the third embodiment in a second side view corresponding to the viewing direction B4 in figure 10,

figure 14 shows a front view of a fourth embodiment of a rotary column furniture,

figure 15 shows a side view of the fourth embodiment according to figure 14 from a side which is angled with respect to the view according to figure 14,

figure 16 shows a view of the furniture body of the rotary column furniture according to figures 14 and 15 with the top wall removed corresponding to the viewing direction B5 in figure 15,

fig. 17 shows a view from below towards the piece of swivel furniture according to fig. 14-16.

Detailed Description

The piece of rotary column furniture 10, 11, 210, 310 has, in part, identical or similar components which, when identical, are provided with identical reference numerals and which, when different, are provided with similar reference numerals but are nevertheless denoted by the reference numeral increased by "100" as far as possible.

The piece of rotary column furniture 10, 11, 210, 310 essentially comprises structurally identical or similar foot parts 20, for example foot rests 21. The supporting arms 23 project in a star-shaped manner, preferably at the same angular distance, from the foot part base 22, with feet 24 being provided at the free end regions of the supporting arms 23. The respective foot support 21 or foot part 20 can be placed on the ground U by means of the foot 24. Height adjustment means, for example with a screw thread or the like, can be provided on the foot 24 for matching the ground unevenness of the ground U.

In the use position of the respective piece of swivel furniture 10, 11, 210, 310, the shaft body 25 projects upwards from the foot part 20, i.e. away from the floor U. Axle 25 extends, for example, from foot member base 22. The shaft body 25 is supported rotatably about the rotation axis D with respect to the foot member base 22. However, it is also possible for the axle body 25 to be fixed in position relative to the foot part base 22.

The shaft body 25 rotatably supports the furniture body 30, 130, 230, 330 of the rotary column furniture 10, 110, 210, 310. The furniture carcass 30, 130, 230, 330 has a lower rotation bearing section 31, 131, 231, 331 facing the respective foot part 20 in the use position, on which a shaft receptacle 32 for the shaft 25 is provided. The shaft body 25 therefore projects into the shaft body receptacle 32 and passes through the rotary bearing section 31, 131, 231, 331 substantially over its entire length or height parallel to the longitudinal axis L of the furniture carcass 30, 130, 230, 330. As a result, the respective furniture carcass 30, 130, 230, 330, although mounted so as to be rotatable relative to the foot part 20 about the axis of rotation D, remains substantially non-pivotable transversely to the axis of rotation. In the region of the shaft body receptacle 32, a rotary bearing, for example a rolling bearing, a ball bearing, a roller bearing or the like, can be provided for rotatably supporting the furniture carcass 30, 130, 230, 330.

However, it is also possible to design the shaft body 25 as a tube element, for example, which is rotatably mounted on the rotational shaft body 26. The rotational shaft 26 projects from the foot part 20 and engages into the sleeve-like shaft 25, for example. A rolling bearing, a sliding bearing, or other similar bearing assembly may be provided between the rotation shaft body 26 and the shaft body 25.

Foot member base 22 of foot member 20 includes an axle receiving body 22A, such as a receiving sleeve 22B, for rotatably or rotationally supporting axle body 25. The shaft body 25, for example a tubular body, is received with its outer circumference in the interior or inner circumference 22C of the receiving body 22A in a form-fitting manner, so that the tubular body is held on the foot part base 22 in a manner such that it cannot pivot relative to the longitudinal axis L or the rotational axis D.

At the longitudinal end of the shaft which, in the use position, faces the ground U, the shaft 25 is supported on the lower support wall 22D of the foot part base 22 and/or is closed off by the support wall 22D, in the last-mentioned embodiment the support wall 22D can also be designed exclusively as a covering wall without a supporting function, i.e. can also be referred to as a cover 22D.

In this embodiment, the shaft body 25 is fixed in a non-rotatable manner with respect to the foot member mount 22, for example, by a rotation fixing portion 22E disposed on the shaft accommodating body 22A. The rotationally fixed part 22E comprises, for example, one or more bolts 22H, in particular stop screws, which are screwed into the circumferential wall of the receiving sleeve 22B. It is clear that gluing, clamping or other similar rotationally secure fixing of the axle body 25 relative to the foot part base 22 is of course also possible.

With this structure, therefore, the shaft body 25 is fixed in a non-rotatable manner with respect to the foot member 20, and the shaft body extends upward beyond the foot member along the rotation axis D to thereby rotatably support the rotation support section 31.

In this case, in the lower region of the rotary bearing section 31 in the use position, a bearing arrangement is provided by the rolling bearing 22G, while in the further longitudinal end region, i.e. in the region of the upper top wall 34 in the use position, there is a sliding bearing with a sliding bearing 79.

The rolling bearing 22G is arranged at a longitudinal end region or end-side region 22F of the receiving sleeve 22B facing away from the foot part 20. For example, the rolling bodies of the rolling bearing 22G roll on the free end side of the receiving sleeve 22B.

The shaft body 25 passes through the bottom wall 33 and the top wall 34 at through holes 33A, 34A. In the vicinity of the through hole 33A, a rolling bearing 22G is provided. For example, it is conceivable for the bottom wall 33 to be supported directly on the rolling bodies of the rolling bearing 22G. Here, however, a structure having the support body 75 disposed at the through hole 33A is selected. The support body 75 is connected to the bottom wall 33 and supported on the rolling bearing 22G. The support body 75 has, for example, on its side facing the foot support 20, a support arm 76 or a similar further support surface (flanges can of course also be provided) and a bearing region 77 arranged next to the support arm 76, the bearing region 77 being supported on the rolling bearing 22G, in particular on its rolling bodies.

For example, the bearing region 77 is more radially inward relative to the axis of rotation D than the bearing surface or support arm 76. The support surface or arm 76 projects radially outward, for example, in front of the bearing region 77, so that the bottom wall 33 is optimally supported on the support body 75.

Here, the rolling bearing 22G is a needle bearing or a roller bearing. However, plain bearings or ball bearings are certainly possible. However, roller bearings or needle roller bearings whose rollers or other rolling bodies are oriented transversely to the longitudinal axis L or the axis of rotation D can be particularly well loaded and are also easily accessible.

A bearing wall 78 in the form of a bearing sleeve or bearing ring projects from the support body 75 into the through-opening 33A. Thus, the inner circumference of the through hole 33A is surrounded by the bearing wall 78. The bearing wall 78 is accommodated in a sandwiched manner between the outer periphery of the shaft body 25 and the inner periphery of the through hole 33A, thereby forming the sliding bearing 99. In this way, the rotary bearing section 31 is supported in its lower longitudinal end region facing the foot part 20 in the direction of the axis of rotation D by means of a rolling bearing and transversely to the axis of rotation D by means of a plain bearing 79, relative to the longitudinal axis L.

The already described plain bearing 79 is arranged in the region of the remote, upper longitudinal end in the use position relative to the longitudinal axis L. The plain bearing 79 comprises a plain bearing ring 90 which is arranged on the through hole 34A. The sliding bearing ring 90 comprises a bearing wall 91 which extends in the inner circumferential direction of the through-opening 3A and thus in a sandwich-like manner between this inner circumferential direction and the outer circumference of the shaft body 25 which extends into the sliding bearing ring 90, here even through the sliding bearing ring. In order to hold the sliding bearing ring 90 on the top wall 34, support projections 92 are provided which project radially outwards, for example in the form of flanges or feet, in front of the bearing wall 91 and are thus supported on the upper and lower side of the top wall 34.

It has already been stated that the shaft body 25 is preferably a tube element, wherein closed profiles are of course also possible. The free end region of the shaft body 25 is preferably closed by a cover 93. The cover 93 includes a top wall 94, which top wall 94 covers the inner cross section of the shaft body 25 and beyond which top wall 94 projects an engagement projection 95, for example in the form of a short tube or sleeve, which is supported internally on the circumferential wall of the shaft body 25.

Without additional explanation, the above-described bearing solution can also be reasonably implemented in the swivel column furniture 110, 210. In any case, the furniture carcass 30, 130, 230, 330 is thus supported on the foot part 20 optimally rotatably relative to the axis of rotation D, i.e. easily movable and non-swingable, but nevertheless able to withstand high loads, i.e. loads from the respective shelf section 50, 150, 250, 350.

The rotation support section 31, 131, 231, 331 has a bottom wall 33, 133, 233, 333 and a top wall 34, 134, 234, 334 opposite the bottom wall.

The support walls 35, 36 (in the rotational bearing section 31 of the furniture body 30), the support walls 135, 136 (in the rotational bearing section 131 of the furniture body 130) and the support walls 235, 236, 237, 238, 239 (in the rotational bearing section 231 of the furniture body 230) extend between the bottom wall 33, 133, 233, 333 and the top wall 34, 134, 234, 334. In the rotation support section 331 of the furniture body 330, support walls 335, 336 are provided between the top wall 334 and the bottom wall 333.

The support walls 35, 36, 135, 235 to 239, 335, 336 extend parallel to the longitudinal axis L of the furniture carcass 30, 130, 230, 330 and are fixedly connected to the bottom wall 33 and the top wall 34 or 133, 134, 233, 234, 333, 334, for example by a pin 48 and/or a glue connection and/or a screw connection and/or by a connecting attachment 49. In this way, a stable, low-torsion and highly loadable construction is achieved, that is to say the respective furniture body 30, 130, 230, 330 is stable and torsion-resistant in the region of the rotary bearing section 31, 131, 231, 331.

The rotary bearing section 31, 131, 231, 331 can thereby optimally absorb forces acting on the furniture carcass 30, 130, 230, 330 transversely to the longitudinal axis L or the rotational axis D, and in particular achieve a stability of the respective shelf section 50, 150, 250, 350 for the furniture carcass 30, 130, 230, 330, in which the shelf section extends upward from the side opposite the foot part 20 in the use position along the longitudinal axis L or the rotational axis D.

The distribution of the furniture bodies 30, 130, 230, 330 transversely to the longitudinal axis L in the rotary bearing section 31, 131, 231, 331 and the associated shelf section 50, 150, 250, 350 can be designed at least partially identically.

The support walls 35, 36 are aligned with, for example, the support walls 55, 56 of the shelf section 50, the support walls 135, 136 of the rotational bearing section 131 are aligned with the support walls 155, 156 of the shelf section 150, and the support walls 236-239 are aligned with the support walls 257, 258, 259 of the shelf section 250.

The support walls 35 of the rotation bearing section 31 and the support walls 55, 56 of the shelf section 50 extend parallel to one another. The support wall 35 defines the central compartment 42 of the rotary bearing section 31, and the support wall 55 defines a central receiving space 62, so to speak, the central receiving space 62 extends transversely through the furniture body 30. The axis of rotation D extends through the intermediate receiving space 62. However, the shaft body 65 does not extend into the intermediate receiving space 62, but ends at the top wall 34 or below the top wall 34, so that the intermediate receiving space 62 extends transversely through the rotary column or rotary column furniture 10. In this way, long extended objects, such as brooms, ironing boards and other similar household objects, can be placed in the intermediate accommodation space 62, but it is of course also possible to place picture frames, ladders and the like. It is also possible, however, to arrange a shelf 65 in the intermediate receiving space 62. For receiving or holding the shelf 65, on mutually opposite support faces 70 of the support wall 55, i.e. on the inner side of the support wall facing the intermediate receiving space 62, a fixing receiver row 71 is provided with a plurality of fixing receivers 72, for example holes, arranged next to one another. Here, hooks, feet or similar other fixing elements can be fixed, whereupon the respective shelf 65 can be placed thereon. The fastening receiver row 71 extends parallel to the longitudinal axis L and/or parallel to the axis of rotation D. Preferably, transversely to the longitudinal axis L, two rows 71 of fastening receptacles are respectively present on the respective support surface 70, so that one or more shelves 65 can be supported on the respective support surface 70 transversely to the longitudinal axis L at least two points spaced apart from one another.

The furniture body 30 of the rotary column furniture 10 is cylindrical on its outer circumference or on its envelope. The envelope is defined in the longitudinal direction substantially by the support walls 35, 55 and the narrow sides of the support walls 36, 56 and by the bottom wall 33 and the top wall 34 and a further top wall 54 arranged at the longitudinal end region of the furniture carcass 30 remote from the foot part 20, preferably connected to the support walls 55, 56 by the connecting attachment 49. By using the connection fitting 49, a stable, torsion-resistant structure is produced both in the region of the rotary bearing section 31 and in the shelf section 50.

The intermediate plates 66, which in each case are arranged between two support walls 56 arranged one behind the other in the direction of the longitudinal axis L and thus arranged one above the other and aligned with one another, contribute to further reinforcement. The intermediate plate 66 can also be fixedly connected to the support wall 56, preferably by means of the connection attachments 49 and/or the pins 48 (partially not visible in the figures).

The support walls 56, 36 are angled, preferably 90 °, with respect to the support walls 55, 35. Due to the circular outer circumference of the furniture body 30, the support walls 56, 36 divide a partial circle which is located radially outside with respect to the intermediate receiving space 62. The partial circle is divided by the support walls 56, 36, so that an angular receiving space 43 of the rotary bearing section 31 and an angular shelf receiving space 63 of the shelf section 50 are formed, which are preferably equally large, i.e. each extend over a partial angle of 90 °.

The narrow side 40 of the support wall 36, 56 is exposed radially outward relative to the axis of rotation D or longitudinal axis L of the furniture carcass 30, but it rests radially inward against the flat side 41 of the support wall 35, 55. The angular receiving spaces 63, i.e. the angular receiving spaces 43 and the angular shelf receiving spaces 63 of the shelf sections 50, which are each divided by the support walls 36, 56 and the support walls 36, 56, are closed toward the axis of rotation D and are designed, for example, in the form of partial angles. However, the side of the part of the corner in the region of the support wall 35, 55 is longer, while the other side near or on the support wall 36, 56 is shorter.

In principle, in the angular receiving space 43 of the rotary bearing section 30, shelves are arranged detachably and adjustably at different heights relative to the longitudinal axis L. However, this is not the case in the specific embodiment. In contrast, in the region of the angle shelf receiving space 36, two rows 71 of fastening receptacles spaced apart from one another at a longitudinal distance transversely to the longitudinal axis L are arranged on the support surfaces 70 of the support walls 55, 56 at an angle to one another, each having a plurality of fastening receptacles 72 arranged side by side in rows and running parallel to the longitudinal axis L for receiving fastening elements, such as feet or the like, to which the shelf 64 can be fastened in different height positions relative to the longitudinal axis L and can thus be detachably fastened in different height positions. In this way, a total of four corner shelf receptacles 63 of the same type can be used flexibly and shelves 64 can be provided. The shelf 64 has narrow sides angled to one another for resting against the support surface 70 and a rounded periphery, so that the peripheral contour of the shelf does not exceed the overall peripheral contour, i.e. the circular peripheral contour of the furniture body 30.

The outer periphery retaining means 80, by means of which objects placed on the shelf 64 or likewise on the intermediate plate 66 are retained in the angle-shelf-receiving space 63, are likewise aligned or at least substantially aligned with the peripheral contour of the furniture body 30.

The intermediate plate 66 can therefore also be used to place objects into the angle shelf receiving space 63. The intermediate plates 66 each have a sector whose chord is aligned with the intermediate accommodation space 62, for example adjacent to the intermediate accommodation space or (not shown in the figures) rests against a support wall on the side wall facing away from the intermediate accommodation space 62. This embodiment provides that a respective support wall 55 extends between the top wall 54 and the top wall 34 or the rotary bearing section 30. Preferably, however, it can be said that the respective support wall 55 is divided into a plurality of sections and is a multi-piece support wall. In this exemplary embodiment, for example, two support walls 55 are each arranged next to one another or one after the other relative to the longitudinal axis L, between which support walls 55 a respective intermediate plate 66 is arranged. The support wall 55 is fixedly connected to the support base 66, for example, by means of the pin 58 and/or the connection fitting 49, as is the support wall 56. In this way, the piece of rotary column furniture 10 can be disassembled simply and can be supplied in a small single piece, for example, to and assembled in the use position.

The outer periphery holding means 80 has an outer periphery holding body 81 which is, for example, strip-shaped, plate-shaped, or other similar narrow shape. The outer perimeter retention devices 80 may be positioned in a plurality of relative positions with respect to the surface of the associated intermediate plate 66 or shelf 64, i.e., at greater or lesser distances from the respective surface provided for placement of objects. The outer peripheral retainer 81 extends between the mutually angled support faces 70 of the support walls 55, 56, the support walls 55, 56 defining the respective angle-shelf-receiving space 63 and being fixed there by the fixing element 82. For example, the outer circumferential retaining body 81 has previously had a curved shape so that it almost mimics or accommodates the outer contour or envelope of the furniture body 30. However, the outer body 81 can also be flexibly bent, so that it is held in the shape or contour of an arc by means of a fixing element 82 fixed to the support surface 70.

In the outer peripheral holding device for the piece of rotary column furniture of the invention, it is therefore advantageous if the outer peripheral holding device has a contour corresponding to the outer peripheral contour of the piece of rotary column furniture or can be introduced into this type of outer peripheral contour, for example due to bending flexibility.

The fastening element 82 is preferably designed as an angular element and has a fastening side 83 for fastening to the respective support surface 70 and a retaining side 81 on which a receptacle or other support 85 for the outer circumferential retaining body 81 is provided. For example, through-holes for screws 86 are provided on the fastening side 83, which screws can be screwed into the fastening receptacles 72. That is, it can be said that the fixing element 82 can utilize or be used for fixing the receiving portion 82. Thus, the shelf 64 or the outer circumferential holding device 80 can be selectively fixed in different height positions or in different longitudinal positions relative to the longitudinal axis L on the fixing reception 72. The entire system results in an extremely flexible use, so that the operator can optimally adapt the piece of rotary column furniture 10 to his requirements and to the object to be placed in the piece of rotary column furniture 10.

However, it is of course also conceivable to provide outer circumferential retaining means, for example for fixing on a fixing receptacle 72 provided on the intermediate receiving space 62, in which outer circumferential retaining bodies 81 are then arranged, for example, on one or both of the lateral openings 76, through which the intermediate receiving space 62 can be accessed. Thereby, for example, the outer peripheral holding body is arranged in front of the shelf 65. In the figure, an outer peripheral holding device 80B (fig. 2) of this type is schematically indicated.

In the rotary column furniture 110, an at least partially flexible mounting solution for the shelf is achieved, however only in the shelf section 150 and not in the rotary bearing section 131, wherein this is of course also possible.

In the furniture body 130, the support walls 135, 136 of the rotary bearing section 131 are arranged at an angle to one another, for example at right angles to one another, as are the support walls 155, 156 of the shelf section 150 which are aligned with the support walls 135, 136 relative to the longitudinal axis L. The support walls 155, 156 are fixedly connected, for example pinned, glued or connected by means of furniture attachments, in particular the attachment 49 (not shown), to the top wall 134 of the rotary bearing section 131 and to the top wall 154 of the longitudinal end region of the furniture body 130 remote from the foot part 20. As a result, a rigid, load-bearing structure of the furniture carcass 130 is achieved, in which the support walls 135, 136 delimit an angular receiving space 143, the angular receiving space 143, in the same way as the angular shelf receiving space 163 delimited by the support walls 155, 156 of the shelf section 150, each extending over an angular range of approximately 90 °, wherein other angular ranges or partial angles are also possible without any doubt.

By arranging in each case a plurality of fixing receptacle rows 71 with fixing receptacles 72 arranged side by side with respect to the longitudinal axis L on mutually opposite, however angled, support surfaces 70 of the support walls 155, 156, the angle shelf receiving space 63 allows the shelf 164 to be arranged in different height positions or in different longitudinal positions with respect to the longitudinal axis L. On each support face 70, two respective fixing receptacle rows 71 are provided (but more or fewer can also be provided) transversely to the longitudinal axis L, so that the shelf 164 is supported both radially outwardly, i.e. in the vicinity of the circular outer circumference of the clamping body 130, and radially inwardly, i.e. in the vicinity of the axis of rotation D, relative to the axis of rotation D and is thereby held against tilting, i.e. when only feet for placing the shelf 164 are accommodated in the fixing receptacles 72.

The angle shelf receiving space 63 is open radially inward like the foot receiving portion 143. Thus, it can be said that the shaft body receiving part 132 in the region of the rotation support section 131 and the intermediate receiving space 162 in the region of the shelf section 150 are open. In the shaft body accommodating portion 32, the shaft body 25 is free, but supported on the bottom wall 133 and the top wall 134. It is possible here to provide, for example, rolling bearings, sliding bearings or the like between the rotary shaft body 26 and the walls 133, 134.

However, the intermediate accommodation space 162 is open coaxially with the shaft body 25, that is to say an object placed on the upper side of the shelf 164 or the top wall 134 facing the shelf section 150 can project into the intermediate accommodation space 162, so to speak, the intermediate accommodation space can additionally be utilized. It is also possible, for example, for longer, narrow objects to project from one angle shelf receptacle 163 into the other, diagonally opposite angle shelf receptacle 163 through the gap between the radially inner narrow sides 40 of the support walls 155, 156, i.e. through the intermediate receptacle 162.

Although the furniture body 30, 130 has a circular outer shape in the outer periphery, i.e. a cylindrical envelope surface, it can be said that the furniture body 230 is a rectangular cylinder or a rectangular cylinder, in particular a square cylinder. The bottom wall 233, the top wall 234 and the top wall 254 arranged on the longitudinal end of the furniture body 230 opposite the foot part 20 have a substantially rectangular or square outer contour, respectively, wherein the corners are preferably rounded or have a circular section. This on the one hand gives a nice appearance and on the other hand prevents the risk of injury.

The furniture body 230 has support walls 235, 236, 237, 238 of the rotary bearing section 30, which extend parallel to one another, and support walls 255, 256, 257, 258 of the shelf section 250, which are aligned with the above-mentioned support surfaces relative to the longitudinal axis L and thus also extend parallel to one another. The support walls 235, 236, 237, 238, 255, 256, 257, 258 are fixedly connected, preferably glued, pinned or bolted, in particular by means of connecting attachments in the form of connecting attachments 49, at their longitudinal end regions with respect to the longitudinal axis L to the bottom wall 233, the top wall 234 (which can be said to represent an intermediate plate between the shelf section 250 and the rotary bearing section 231) and the top wall 254.

With respect to the axis of rotation D of the piece of swivel furniture 210, central and lateral receiving spaces, namely the central lattice 242 and the lateral lattices 242, 243A, 243B of the swivel bearing section 231 and the central receiving space 262 and the lateral or angular shelf receiving spaces 263A, 263B of the shelf section 250, are defined by the support walls 235, 236, 237, 238, 255, 256, 257, 258. Transversely to the longitudinal axis L, the aforementioned accommodation spaces of the rotary bearing section 231 and the shelf section 250 may be continuous, that is to say may be accessible from opposite sides to one another. However, in the rotation bearing section 231, an intermediate wall is provided in the region of the axis of rotation D, so that the shaft body receptacle 32 is framed, as it were. For example, in the region of the middle lattice 242, a support wall 239B running transversely to the support walls 235, 236, preferably two support walls 239B of this type, are provided, between which the shaft body receptacle 32 is arranged. In the intermediate grid 242, shelves 244 may be arranged fixedly or in different height positions relative to the longitudinal axis L and thus relative to the axis of rotation D. In principle, shelves of this type can also be fixed in the side lattices 243A, 243B or can be arranged in a manner so as to be fixed in different height positions.

Conversely, the accommodation spaces of the shelf section 250, i.e. the central accommodation space 262 and the lateral accommodation spaces 263A, 263B, can be flexibly allocated. For example, the receiving space 263B is delimited by the support wall 255 and a support wall 259 which extends transversely, preferably at right angles, between the support walls 255, 258. The support walls 259 and 255 have a support surface 70 facing the angular shelf receiving space 263B, on which support surface 70 one or more fixing receiver rows 71 are arranged in each case, which have fixing receivers 72 for fixing shelves or other receiving space dividers, not shown in the drawing, which extend over a partial angle, for example 90 °. For example, a row 71 of fastening receptacles is provided on the support wall 259, while two rows 71 of fastening receptacles are arranged on the support wall 255 facing the receiving space 263B at a transverse distance from the longitudinal axis L.

In the intermediate receiving space 262, on the mutually facing support faces 70 of the support walls 255, 256 delimiting the receiving space 262, that is to say on the support faces 70 of the support walls, there are arranged fixing receptacle rows 71 with fixing receptacles 72 each having a longitudinal distance relative to the longitudinal axis L, in order to arrange, for example, shelves 266 in different height positions or longitudinal positions relative to the longitudinal axis in the fixing receptacles. The intermediate accommodation space 262 can be continuous transversely to the longitudinal axis L, i.e. it can be accessible from mutually opposite sides of the furniture body 230. However, it is also possible to arrange intermediate walls, for example, support walls 260, between the sides opposite to one another, which intermediate walls are arranged, for example, in the vicinity of the rotational axis D (which in this respect also forms the longitudinal center axis of the furniture body 230) or in the region thereof. The support wall 260 can be arranged in a fixed position on the furniture body 230 transversely to the longitudinal axis L, but is also movable, so that the accommodation depth of the intermediate accommodation space 262 transversely to the longitudinal axis L can be flexibly adjusted.

Parallel to the above-mentioned support wall 260, a further support wall 261 can also be provided for dividing the angle-shelf-accommodation space 262A defined by the support walls 256, 257, but alternatively the angle-shelf-accommodation space can also be continuous, that is to say accessible from mutually opposite sides of the furniture body 230. On the mutually opposite support surfaces 70 laterally delimiting the angular shelf receiving space 262A, a row 71 of fixing receptacles with fixing receptacles 72 is provided for fixing the shelf 264 in different longitudinal positions or in different heights relative to the longitudinal axis L. The angle shelf receiving space 263A may be referred to as a receiving space extending over a corner region, since the narrow side 40 of the support wall 257 is retracted relative to the narrow side of the support wall 256, i.e. the shelf 264 extends over a corner region or over a corner region, so that it is easily accessible.

In the furniture body 330, the shelf section 350 and the rotation support section 331 are different in internal distribution or internal distribution thereof.

Thus, for example, the two support walls 335 of the rotary bearing section 331 run parallel to one another, so that a central receiving grid or receiving space 342 results. The receiving space is accessible from opposite sides and is closed, as it were, at its end faces by a support wall 337, which support wall 337 extends transversely to the support wall 335 and thus together with the support wall 335 defines a shaft body receiving portion 32 for the shaft body 25. The shaft body 25 is surrounded, as it were.

The support wall 336 extends transversely to the support wall 335. The support wall 336 extends, for example, parallel to the support wall 337. It is particularly advantageous if the support wall 336 extends radially with respect to the axis of rotation D or the longitudinal axis L. Thus, the support walls 336 and the support walls 335 define angular accommodation spaces 343, respectively.

It is now possible in principle for the support walls of the shelf section 350 to be aligned with the support walls 336, 335. This is also the case with respect to the support wall 356, which is supported on the intermediate plate or top wall 334 relative to the longitudinal axis L and is additionally aligned with the support wall 336. Rather, only the support walls 335 extend transversely to the support walls 356, whereas the support walls 355 do not rest on the support walls 335 but extend between them. In addition to the rotary bearing section 331, the support wall 355, together with the support wall 356, divides the shelf section 350, i.e. in the region of its middle or lower part, an angular shelf receiving space 363. That is, the support surfaces 70 are provided on the support walls 355, 356, and the fixing-receiving-portion rows 71 having the fixing receiving portions 72 are respectively arranged on the support surfaces 70. The shelves 365, 364 are detachably fastened thereto and can thus be arranged in the angle shelf receiving space 363 in different height positions or longitudinal positions relative to the longitudinal axis L.

The support walls 355, 366 extend between the top wall 334 of the rotation bearing section 331 and the wall thereof remote from the top wall or the intermediate plate 366 remote from the top wall, wherein the support walls 355, 366 are fixedly connected, for example glued, pinned or detachably yet fixedly connected by means of a connecting attachment 49, with the above-mentioned base plate or wall extending horizontally in the use position.

It can be said that the region of the furniture body 330 or shelf section 350 remote from the rotary bearing section 331 can also be more flexibly allocated. The support walls 335B, 356B extend between an intermediate wall or panel 366 and a top wall 354 defining a shelf section 350 at a longitudinal end region of the furniture body 330 remote from the foot members 320. Relative to the longitudinal axis L, the support wall 356B is aligned with the support wall 356 of the middle portion of the shelf section 350, and the support wall 355B is aligned with the support wall 355 of the middle section and supported on the support wall 355.

Starting from the longitudinal axis L or the rotational axis D, the support wall 356B extends only over a radius, i.e., together with the support wall 355B, divides the shelf section 350 into an angle shelf receiving space 363B, which is aligned with the angle shelf receiving space 363 with respect to the longitudinal axis L. On the support surfaces 70 of the support walls 355B, 356B which are opposite one another but are offset in terms of rotation, a row of fastening receptacles 71 is respectively provided for fastening holding attachments or the like, for example for shelves, for example shelf 64 (not shown).

The angle-shelf-receiving space 363B extends over an angle of about 180 °. On the side of the support wall 355B facing away from the support wall 356B, there is accordingly a large accommodation space, i.e. an angular accommodation space 362, which extends over an angular range of approximately 180 °. The angular accommodation space is freely available for placing objects, but can also be used for suspending objects. Thus, for example, a component with one or more hooks 373 is provided on the underside of the top wall 354 facing the angular accommodation space 362. One or more hooks 73 may also be arranged on the front side of the support wall 355B facing the angular accommodation space 362. Obviously, storage compartments, shelves or the like may also be positioned here. In large angular accommodation spaces, there can also be a storage box or the like. At this point it should be noted that in this embodiment, the angular accommodation space is only shown in the upper section of the shelf section 350. Obviously, the angular accommodation space 362 may also extend to the rotation support section 331, for example to the top wall 334.

Claims (35)

1. A piece of swivel furniture (10; 110; 210; 310) having a foot part (20) for placing on the ground (U) and a cylindrical furniture body (30; 130; 230; 330) which extends along a longitudinal axis (L) standing in the use position of the piece of swivel furniture (10; 110; 210; 310) and is mounted on the foot part (20) in a rotatable manner about a rotational axis (D) standing in the use position of the piece of furniture (10; 110; 210; 310), wherein the furniture body (30; 130; 230; 330) has an arrangement for a shelf (64, 65; 164, 264, 265) in the furniture body (30; 130; 230; 330) for placing objects and a support wall (35, 55, 135, 136; 235; 236) extending parallel to the longitudinal axis (L) of the furniture body for supporting the shelf (64, 65; 164, 264, 265), characterized in that the furniture body (30; 130; 230; 330) has a rotary bearing section (31; 131; 231; 331) and a shelf section (50; 150; 250; 350) which are arranged next to one another relative to the longitudinal axis (L), wherein a shaft body (25) projecting from the foot part (20) engages into a shaft body receptacle (32) of the rotary bearing section (31; 131; 231; 331) which extends parallel to the furniture body (30; 130; 230; 330) to a maximum extent into the shelf section (50; 150; 250; 350), wherein the shelf section (50; 150; 250; 350) has support walls (35, 55, 135, 136; 235; 236) which have support surfaces (70) facing one another and delimiting a shelf receiving space and on which a row (71) of fastening receptacles (72) having a plurality of fastening receptacles (72) arranged next to one another relative to the longitudinal axis (L) of the furniture body (30; 130; 230; 330) is arranged, the fastening receptacle serves for detachably fastening the shelf (64, 65; 164, 264, 265) such that the shelf (64, 65; 164, 264, 265) can be fastened to the support wall (35, 55, 135, 136; 235; 236) in at least two different height positions relative to the floor (U).

2. Swivel post furniture (10; 110; 210; 310) according to claim 1, characterized in that the shelf accommodation space comprises an angle-shelf-accommodation space (63; 163; 263A, 263B) which is laterally delimited by support faces (70) of the support walls (35, 55, 135, 136; 235; 236) arranged at an angle to one another and is open over a partial angle of the outer circumference of the furniture body (30; 130; 230; 330), the swivel post furniture (10; 110; 210; 310) having at least one shelf (64, 65; 164, 264, 265) which is provided for arrangement in the angle-shelf-accommodation space (63; 163; 263A, 263B), the narrow side of the shelf corresponding to the angle of the support face (70) being intended for being supported on the support face (70) at an angle to one another and being detachably arrangeable on the support face (70) by means of fixing elements in at least two mutually different height positions.

3. Swivel column furniture according to claim 2, characterized in that the fixing element is designed for fixing the shelf (64, 65; 164, 264, 265) in the angle-shelf-receiving space (63; 163; 263A, 263B) in a manner that is not reversible relative to the longitudinal axis (L) of the furniture body (30; 130; 230; 330).

4. Swivel column furniture according to claim 1, characterized in that the swivel column furniture has at least one outer circumferential holding device (80) for detachable fixing on a furniture body (30; 130; 230; 330), which has an outer circumferential holding body (81) which, in the mounted state on the furniture body (30; 130; 230; 330), extends along the outer circumference of the shelf receiving space for holding an object placed in the shelf receiving space.

5. Rotary column furniture according to claim 4, characterized in that the outer circumferential holding body (81) has a strip-shaped and/or arc-shaped outer shape.

6. Rotary column furniture according to claim 4 or 5, characterized in that the outer circumferential holding device (80) has a fixing element (82) for fixing on at least one fixing reception (72) of a row (71) of fixing reception of a shelf accommodation space.

7. Rotary column furniture according to claim 1, characterized in that the shelf section (50; 150; 250; 350) has at least one intermediate accommodation space (62; 162; 262) which extends into a region coaxial with the axis of rotation (D) and/or to the center of the furniture body (30; 130; 230; 330).

8. Swivel column furniture according to claim 7, characterized in that the intermediate receiving space (62; 162; 262) has a lateral opening (67) for placing objects into the intermediate receiving space (62; 162; 262) at the periphery of the furniture body (30; 130; 230; 330).

9. Swivel column furniture according to claim 7 or 8, characterized in that the intermediate accommodation space (62; 162; 262) is laterally delimited by mutually opposite sides of a support wall (35, 55, 135, 136; 235; 236) of a furniture body (30; 130; 230; 330).

10. Rotary column furniture according to claim 7 or 8, characterized in that a fixing receptacle row (71) with a plurality of fixing receptacles (72) for detachably fixing shelves (64, 65; 164, 264, 265) arranged side by side with respect to the longitudinal axis (L) of the furniture body (30; 130; 230; 330) is arranged on a side face, so that the shelves (64, 65; 164, 264, 265) can be fixed on the support wall (35, 55, 135, 136; 235; 236) in at least two height positions differing from each other with respect to the floor (U).

11. Swivel column furniture according to claim 7 or 8, characterized in that the intermediate accommodation space (62; 162; 262) passes completely through the shelf section (50; 150; 250; 350) transversely to the longitudinal axis (L) and has a lateral opening (67) for introducing objects into the intermediate accommodation space (62; 162; 262) on mutually opposite sides of the furniture body (30; 130; 230; 330).

12. Rotary column furniture according to claim 1, characterized in that the shelf section (50; 150; 250; 350) has at least one angular accommodation space (362) extending over a circumferential angle of more than 120 ° of the outer circumference of the furniture body (30; 130; 230; 330).

13. Rotary column furniture according to claim 12, characterized in that the angular accommodation space extends only over a part of the length of the shelf section (50; 150; 250; 350) and/or into a region coaxial with the axis of rotation (D) and/or into the center of the furniture body (30; 130; 230; 330) and/or that a fixing reception row (71) with a plurality of fixing reception (72) arranged side by side with respect to the longitudinal axis (L) of the furniture body (30; 130; 230; 330) is arranged on the side of the support wall delimiting the angular accommodation space for detachably fixing the shelf (64, 65; 164, 264, 265) such that the shelf (64, 65; 164, 264, 265) can be fixed to the support wall (35, 65, 265) in at least two height positions differing from one another with respect to the floor (U), 55. 135, 136; 235; 236) the above.

14. Rotary column furniture according to claim 1, characterized in that the furniture body (30; 130; 230; 330) has on lateral sides transverse to its longitudinal axis (L) at least three accommodation spaces arranged side by side and separated from each other by a support wall (35, 55, 135, 136; 235; 236) and suitable for storing objects.

15. The rotary column furniture according to claim 1, characterized in that the shelf section (50; 150; 250; 350) and the rotary bearing section (31; 131; 231; 331) have at least two accommodation spaces with a geometrically different geometry from each other with respect to a cross section transverse to the longitudinal axis (L).

16. Rotary column furniture according to claim 1, characterized in that at least two support walls (35, 55, 135, 136; 235; 236) of the shelf section (50; 150; 250; 350) are supported and/or interconnected to each other transversely to the longitudinal axis (L) of the furniture body (30; 130; 230; 330) by means of a transverse connection.

17. The rotary column furniture according to claim 1, characterized in that the shelf section (50; 150; 250; 350) and/or the rotary bearing section (31; 131; 231; 331) has at least one intermediate plate arranged between its longitudinal end regions with respect to the longitudinal axis (L).

18. Rotary column furniture according to claim 17, characterized in that the intermediate plate extends only over a part of the cross section of the furniture body (30; 130; 230; 330).

19. Rotary column furniture according to claim 1, characterized in that the shelf section (50; 150; 250; 350) is longer than the rotary bearing section (31; 131; 231; 331) with respect to the longitudinal axis (L) of the furniture body (30; 130; 230; 330).

20. Rotary column furniture according to claim 1, characterized in that the rotary bearing section (31; 131; 231; 331) has a bottom wall (33; 133; 233; 333) and a top wall (34; 134; 234) carrying a shelf section (50; 150; 250; 350), which are fixedly connected by at least two support walls (35, 36) angled to each other.

21. Rotary column furniture according to claim 20, characterized in that the top wall (34; 134; 234) and/or the bottom wall (33; 133; 233; 333) is screwed and/or glued and/or pinned with the support wall (35, 36) and/or connected by at least one connection attachment (49).

22. Rotary column furniture according to claim 1, characterized in that at least one support wall of a shelf section (50; 150; 250; 350) and a support wall of a rotary bearing section (31; 131; 231; 331) are aligned with each other with respect to the longitudinal axis (L) and/or the shelf section (50; 150; 250; 350) has at least one support wall which is not aligned with a support wall of a rotary bearing section (31; 131; 231; 331).

23. Swivel column furniture according to claim 1, characterized in that the bottom wall (33; 133; 233; 333) facing the foot part (20) has a geometrically identical outer circumference on one longitudinal end region of the furniture body (30; 130; 230; 330) and the top wall (54, 154; 254) covering the shelf section (50; 150; 250; 350) on the other longitudinal end region of the furniture body (30; 130; 230; 330), and/or that at least one intermediate wall (34; 134; 234; 66) arranged between the longitudinal end regions of the furniture body (30; 130; 230; 330) has a geometrically identical outer circumference to the bottom wall (33; 133; 233; 333) facing the foot part (20) of the furniture body (30; 130; 230; 330) and/or the top wall (54, 154; 254) covering the shelf section (50; 150; 250; 350).

24. Swivel column furniture according to claim 1, characterized in that the furniture body (30; 130; 230; 330) is configured as a cylinder which extends along a longitudinal axis (L) of the furniture body (30; 130; 230; 330) and/or the axis of rotation (D) and the longitudinal axis (L) of the furniture body (30; 130; 230; 330) are parallel and/or the axis of rotation (D) is coaxial with a longitudinal mid-axis extending in the center of the furniture body (30; 130; 230; 330).

25. The rotary column piece of furniture according to claim 1, wherein the rotary bearing section (31; 131; 231; 331) is supported on the shaft body (25) by means of a rolling bearing (22G) parallel to the axis of rotation (D) or with a force component parallel to the axis of rotation (D) in the region of the foot part (20).

26. Rotary column furniture according to claim 25, characterized in that the rolling bearing (22G) is provided on a bottom wall (33) of the rotary bearing section (31; 131; 231; 331) facing the foot part (20).

27. The rotary column piece of furniture according to claim 1, wherein the rotary bearing section (31; 131; 231; 331) is supported on the shaft body (25) transversely to the axis of rotation (D) by means of a plain bearing (79, 99) in the region of the foot part (20) and/or in the region of a longitudinal end remote from the foot part (20) relative to the longitudinal axis (L).

28. Rotary column furniture according to claim 27, characterized in that the slide bearing (79, 99) is provided on the bottom wall (33) or the top wall (34).

29. The rotary column furniture according to claim 6, characterized in that the outer circumferential holding device (80) has a fixing element (82) at a longitudinal end region of an outer circumferential holding body (81).

30. The rotary column furniture piece according to claim 9, wherein the lateral delimitation boundaries are parallel to each other.

31. Rotary column furniture according to claim 19, characterized in that the shelf section (50; 150; 250; 350) is at least twice as long as the rotary bearing section (31; 131; 231; 331) with respect to the longitudinal axis (L) of the furniture body (30; 130; 230; 330).

32. Rotary column furniture according to claim 31, characterized in that the shelf section (50; 150; 250; 350) is at least three times as long as the rotary bearing section (31; 131; 231; 331).

33. Rotary column furniture according to claim 28, characterized in that the slide bearing (79, 99) is provided on a through hole (33A, 34A) of the bottom wall (33) or the top wall (34).

34. Swivel column furniture according to claim 16, characterized in that the transverse connection is a shelf fixedly connected with a support wall (35, 55, 135, 136; 235; 236).

35. Rotary column furniture according to claim 12, characterized in that the shelf section (50; 150; 250; 350) has at least one angular accommodation space (362) extending over a circumferential angle of more than 180 ° of the outer circumference of the furniture body (30; 130; 230; 330).

Images