RU2424753C1 - Fittings for corner cabinet with pull-out solid shelf - Google Patents

Abstract

FIELD: personal use articles. ^ SUBSTANCE: invention refers to fittings for a corner cabinet. Fittings for a corner cabinet, having a side wall and an adjacent inlet hole for access into inner space of the corner cabinet only on a part of its width. Fittings have a whole shelf, two brackets, which are installed with the possibility of rotation around vertical axes in two points located at a distance from each other on the lower side of the shelf, a bearing support for movable support of one bracket and a rotary support to determine a vertical axis of rotation for another bracket. The bearing support has a linear guide, which determines direction of pull-out passing along the horizontal line for one bracket. ^ EFFECT: saving space when using a corner cabinet and more accessibility to a rotary shelf. ^ 22 cl, 12 dwg

Description

The invention relates to accessories for a corner cabinet with features according to the restrictive part of paragraph 1 of the claims.

In particular, the present invention relates to such accessories in which the whole shelf extended from the corner cabinet fills the maximum possible part of the horizontal cross-sectional surface in the inner space of the corner cabinet in order to maximize the use of the internal space of the corner cabinet, despite its accessibility only through part of its width .

The simplest known hardware for a corner cabinet with extendable solid shelf has a support rack, on which a semicircular shelf has a rotary support with a vertical axis of rotation passing in the direction of the support rack. The shelf can rotate outward from the interior of the corner cabinet around this support pillar through the inlet about halfway. The other half, however, always remains in the inner space and, thus, is only available to a limited extent.

With a further improvement of the above-mentioned fittings, the shelf made in a semicircular shape is mounted in a rotary support on the support column using an additional pull-out mechanism, so that after turning outwardly around the support column, it can continue to be linearly extended from the corner cabinet. At the same time, on the one hand, it is difficult to coordinate the transition from rotation to linear movement of the shelf and vice versa, for example, to prevent the shelf from hitting the side wall of the corner cabinet and to carry out a harmonious process of movement for the user. On the other hand, it is unfavorable for the one-sided support of the extended shelf with the help of the elongated shoulder of the lever of the telescopic mechanism on the support column in relation to the large moments of force exerted on the telescoping mechanism and the pivot bearing.

From US 4,582,372, fittings for a corner cabinet are known in which a solid shelf is guided along a three-piece rail of a telescoping mechanism and a curved guide in the bottom of the corner cabinet. In this case, the shelf, on the one hand, is rotatably rotated around a vertical axis on the telescopic free end of the rail of the telescopic mechanism, and on the other hand, it can be moved at a point apart from it along the J-shaped guide. The J-shaped guide first fits perpendicular to the side wall and then deviates in a semicircle in the direction of the telescoping mechanism oriented parallel to the side wall of the rail. The disadvantage of this known hardware is that it is unsuitable for a shelf located at a distance above the bottom, in particular, for the upper of two shelves located one above the other, without installing an intermediate bottom, to which then the rail of the sliding mechanism could be attached and formed J-shaped guide. In addition, the inlet of the corner cabinet must be relatively wide so that the shelf, without being very limited in its surface, can be fully accessible through it. Difficulties may also arise if the door that closes the inlet and rests against the inlet restriction located opposite the side wall can only recline by less than 90 °, since in this case it can easily lead to jamming between the sliding end of the cabinet at the end in a straight line with a shelf and a door.

The fittings for the corner cabinet with the features of the restrictive part of the independent claim 1 are known from DE 20 2004 011 200 U1. In this case, both shelf brackets are two drive levers, of which the first is mounted rotatably around the carrier rack next to the inlet restriction opposite the side wall, and the second is mounted rotatably around the axis of the carrier bearing parallel to the axis of rotation of the carrier column, the bearing support is located near the inlet on the side wall bounding it. Both of these drive levers guide the shelf when pulling from the corner cabinet into the position located in front of the inlet opening and protruding approximately halfway beyond the plane of the adjacent side wall. In this case, the shelf preferably relies solely on the support column and the bearing support on the side wall by means of drive levers, so that the shelf can be located at a distance from the bottom of the corner cabinet without problems, or several shelves can be located one above the other with the possibility of removing each of them by means of its own drive lever. It also achieves uniform shelf travel when pulling and re-sliding into the corner cabinet, since the rear of the shelf more easily follows the circular guide defined by the drive lever around the support rack than the guide known from

US 4582372. However, a shelf with accessories known from DE 202004011200 U1 in its extended position protrudes far into the space next to the side wall bordering the inlet of the corresponding corner cabinet. For example, it locks access to another cabinet adjacent to the corner cabinet next to the side wall. Despite this increased need for space, no greater accessibility to the rear of the shelf is achieved.

The basis of the invention is the task of providing accessories for a corner cabinet with the signs of the restrictive part of paragraph 1 of the claims, which eliminates the large space requirement and limited availability of shelves with accessories known from DE 202004011200 U1 and at the same time retains its advantages with respect to the method of supporting the shelf independent of the bottom corner cabinet.

According to the invention, this problem is solved with the help of accessories with the features of independent claim 1. The dependent claims 2-6 of the claims are directed to a preferred embodiment of the new fittings. Claim 7 relates to a corner cabinet with new fittings according to the invention. Preferred embodiments of the proposed corner cabinet are defined in dependent paragraphs 8-14 of the claims.

With the new accessories, the bearing support for movably supporting one arm has at least one linear guide that defines the horizontal direction of pulling for this arm. Those. one bracket in the declared corner cabinet can be extended linearly. Due to the lateral extent of the bracket from this linear guide under the shelf, this linear guide can nevertheless be placed on the side wall of the corner cabinet, so that the bottom of the corner cabinet can remain free of all supporting functions. The installation of a bearing support having a linear guide for one bracket on the side wall does not mean, however, without fail that the bearing support must be mounted directly on the side wall. In principle, it is also possible to mount on the bottom and ceiling of the side cabinet, and the bearing support is only near the side wall. Due to the lateral extent of the bracket from the linear guide under the shelf, the position of the vertical axis around which the shelf can rotate relative to one bracket is chosen in such a way that the large shelf can also exit without collision through a narrow inlet, turning first more and then moving more linearly. There are always, however, both a rotation component and a linear motion component. When moving one bracket in the direction of pulling, moving forward leads the shelf in its extended position far ahead in front of the inlet, and it is well accessible from the side. At the same time, with new fittings, several shelves can be provided one above the other, without necessarily connecting these shelves rigidly among themselves. Each shelf can individually be supported by two brackets, each of which has a bearing support with a linear guide. A connection between the movement of two or more stacked shelves, however, is also possible. For this, a linear guide rail connection or even a common linear guide rail is proposed for each of the shelves selected in one of the brackets. The linear guides can be connected in such a way that the lower linear guide, when the corresponding shelf is retracted into the corner cabinet, captures the guides located above it with linear guides along one of the brackets of each of the shelves above it, so that they also slide in together, although they do not also moved out automatically with the lowest shelf. This connection of linear guides can be combined with a leash that is designed to be fixed to the door of the corner cabinet and which, when the door is opened, pulls the lowest shelf from the corner cabinet directly or through one of its brackets. The common linear guide for one of the brackets of each of several shelves, on the contrary, has a large vertical length, which may be an advantage in reducing the lever forces acting through each of the brackets on the linear guide.

The main advantage of the new hardware is the ability to easily automate the movement of the shelf. So, for example, a drive can be attached to the linear guide, which, upon request, extends and retracts one arm and thereby the entire shelf. Also for the shelf on the linear guide can be provided the so-called automatic retraction device, optionally also with a shock absorber.

By means of a connecting device that acts on the shelf and is intended to be connected to the door, the movement of the shelf and the door can be connected, for example, in such a way that with the opening of the door the shelf is already partially pulled out of the corner cabinet, and the last part of the movement of the retraction of the shelf can also be introduced door action. In this case, the automatic retraction device acting on the shelf and / or the shock absorber would also indirectly act on the door. In the case of several shelves located one above the other, the connecting device acts expediently on the lowermost shelf.

A particular advantage is the combination of such a connecting device with a drive for one shelf bracket, since the drive in this case can also be used to open and / or close the door. It is understood that the drive can be controlled, for example, by means of a door, i.e. using a sensor sensing the door position, or using a sensor located on the door and driven by the user directly or by means of an actuating element, such as a door handle.

The bearing support for one bracket can also be supported by a cross-arm, which is provided for mounting on the side wall and on the central pillar of the corner cabinet. Due to this, the length of one bracket in the perpendicular direction relative to the side wall can be reduced to zero. One bracket in this case consists only of the movable part of the linear guide. Due to this, the lever forces exerted on the bearing support around the horizontal axes running parallel to the side wall are reduced.

In order to simply support such a lever force determined by the length of the bracket with a bearing support located directly on the side wall for one bracket, a support roller running parallel to the linear guide and displaced in height with respect to it can be provided. In this case, the support roller, which is preferably located in the ball bearing, is directly rolled around the side wall of the corner cabinet. Preferably, however, a sheet is provided which can be rigidly connected to a part of the linear guide located on the side wall. Particularly preferably, with the new fittings, support rollers are provided running at two different levels in height parallel to the linear guide.

In principle, the lever forces exerted on the bearing support located on the side wall are also possible to perceive with a massive rail of the telescopic mechanism or with two rails of the telescopic mechanism located parallel to each other and offset in height. Preferred, however, is the combination of a linear guide, for example, in the form of a rail of a telescoping mechanism, with one or more support rollers.

If the linear guide has an extension rail with an outer rail with a C-shaped profile and an inner rail passing through it, which corresponds to the conventional design of the rails of the extension mechanisms, then the rail of the extension mechanism is preferably positioned so that the inner rail with a vertical load on the shelf has one bracket pressed into the C-profile of the outer rail. This means that the outer rail with the disclosed part of its C-shaped profile must face the side wall of the corner cabinet if the rail of the telescopic mechanism is the top of the two rails of the telescopic mechanism or it is located above the support roller. In the load direction described here, a simple rail of a telescoping mechanism with a C-shaped profile of the outer rail can be extremely loaded with lateral moments.

In the new hardware, in principle, an additional hinge can be provided between the linear guide and one bracket. Preferably, the orientation of the linear guide of this one bracket relative to the direction of extension is, however, rigid, only in order to determine the position of the shelf relative to the corner cabinet along the entire extension path.

In the new fittings, one bracket typically extends at an acute angle with respect to the linear guide, and when viewed from the linear guide, it is inclined forward to the inlet of the corner cabinet. Specifically, an acute angle may be about 45 °, i.e. between 30 and 70 °.

As already mentioned, one bracket extends relatively far from the linear guide on the side wall of the corner cabinet. Preferably, he moves away from the linear guide more than half the width of the inlet, so that the point at which one bracket supports the shelf lies closer to the inlet restriction opposite the side wall than to the side wall itself.

In a particularly preferred embodiment of the accessories according to the invention, the direction of extension of the linear guide extends at a flat angle relative to the side wall, and the linear guide from the inlet is removed into the inner space from the side wall. This means that one bracket and with it the corresponding reference point of the shelf when sliding the shelf easily moves to the side. This movement to the side can be used to give way to the door of the corner cabinet, which abuts against the inlet restriction located opposite the side wall and for some reason cannot open all 90 °.

The flat angle between the extension direction and the side wall is typically a few degrees and a maximum of about 10 °.

In order for the shelf to be in its maximum position extended from the inlet in which its maximum loads should be expected, since the user, for example, rests on the shelf, is particularly stable supported, she can additionally support one bracket in this position by means of support. This support is provided in this case on the underside of the shelf; and one bracket with the help of the relative movement of rotation of the shelf is included in the support. In this case, the support may take the form of a socket open on the sides, into which one bracket enters. A mandrel may be provided on one bracket, which is included in a sleeve located in a shelf (or vice versa); and a support roller can be provided on the bracket, which runs onto the control track in the shelf (the reverse arrangement of these parts is also possible here).

Another bracket of the new fittings, which is located both opposite the shelf, and with the possibility of rotation around the vertical axis next to the opposite side wall by restricting the entrance opening of the corner cabinet, can be located in a specific case on a supporting rack. In this case, the support rack together with this bracket can be rotatably mounted relative to the rotating supports on the bottom and ceiling or the central pillar of the corner cabinet or, however, can be rotated and have a rotary support for another bracket.

The corner cabinet according to the invention with new fittings typically has a door abutting against a restriction of its inlet opening located opposite its side wall.

Preferred improvements of the invention result from the claims, descriptions and drawings. The advantages of the features and combinations of several features indicated in the introductory part of the description are given only as examples and can act alternatively or cumulatively, without these advantages having to be achieved forcefully based on the embodiments according to the invention. Other features can be borrowed from the drawings - in particular, the geometry presented and the relative dimensions of several parts, as well as their relative location and effective connections. A combination of features of various embodiments of the invention or features of various claims is also possible in deviation from the selected feedbacks of the claims and this is prompted. This also applies to those features that are presented in separate drawings or named in their description. These features may also be combined with features of various claims. Similarly, the features of the claims may disappear for other embodiments of the invention.

The invention is further explained and described in more detail based on the preferred embodiments shown in the drawings. The drawings show:

figure 1 - corner cabinet with built-in accessories, which holds with the possibility of sliding two located one above the other shelves in the inner space of the corner cabinet, a top view with the shelves fully retracted into the corner cabinet,

figure 2 - the accessories of the corner cabinet according to figure 1 without a corner cabinet, in the retracted position of the accessories according to figure 1, the image in perspective,

figure 3 - corner cabinet with accessories in the retracted position according to figures 1 and 2, front view,

figure 4 - corresponding to figure 1, the view of the corner cabinet with accessories to the moment of the beginning of the extension of the shelves,

figure 5 - corresponding to figure 1 view of the corner cabinet with the ongoing extension of the shelves,

6 is a view corresponding to figure 1, the corner cabinet with the shelves fully extended,

FIG. 7 is a front view of FIG. 3 corresponding to FIG. 3 in a fully extended position according to FIG. 6, the lower of the two shelves in the image is missing,

Fig.8 is the accessories in the working position according to Fig.6 and 7, a perspective view, again with the bottom shelf not shown,

Fig.9 - bearing support with a linear guide for one of the two arms of the shelf, front view,

figure 10 - accessories in the working position according to figure 1-3 when viewed on a bearing support for respectively one of the brackets of each of both shelves,

11 is a corner cabinet with built-in fittings in position and view according to figure 1, moreover, the door of the corner cabinet and the connecting device between the lower shelf of the hardware and the door are schematically reproduced

12 is a corner cabinet with accessories according to FIG. 11, wherein the door of the corner cabinet is partially open and the lower shelf of the shelf shown here is partially extended.

Figures 1 and 3 show the corner cabinet 1 in which the fittings 2 are located. The fittings 2 support two extendable shelves 3 located one above the other and shown in figure 2 without the corner cabinet 1. Figures 1 and 3 show the shelves in the fully retracted in the corner cabinet 1 position. Figure 2 reproduces the fittings 2 in the same position. The corner cabinet 1 has a bottom 4, a ceiling not shown here, a rear wall 5, two side walls 6 and 7 and a central rack 8. The central rack 8 on the front side of the corner cabinet is approximately half the width between the side walls 6 and 7. Between 1 and 3, the right side wall 7 and the central rack 8, the corner cabinet 1 has an inlet 9. When using the corner cabinet 1, the area between the central rack 8 and the side wall 6 located on the left of FIGS. 1 and 3 is closed by the adjacent row of cabinets. The inlet 9 may be closed by the door of the corner cabinet 1, not shown here. Figures 1 and 3 reproduce a part of the door hinge located on the side of the cabinet 10. The fittings 2 are designed so that the shelves 3, as shown in figure 1, respectively cover essentially , the horizontal cross section of the inner space 11 of the corner cabinet 1, could be advanced through the inlet 9 and again moved back into the corner cabinet 1, without colliding with the side wall 7, the rear wall 4, the central rack 8 or located on her door hinge 10.

Each shelf 3 has a base plate 12 and a railing 14 passing along its outer perimeter at a certain height above the distance element 13. To support each shelf 3, two brackets 15 and 16 are provided. For each of the brackets 15 there is a support bearing 17 with a linear guide 18 on the side the wall 7 of the corner cabinet 1. The design of the linear guide 18 will be discussed in more detail in connection with Figures 9 and 10. The linear guide 18 guides the corresponding bracket 15 horizontally and parallel to the side wall 7, while Only in its retracted position shown in FIGS. 1 and 3, it can be linearly extended out of it in the direction of the inlet 9. The bracket 15 thus enters from below under the shelf and supports it at point 19, and at point 19 a pivot bearing 20 is formed with a vertical axis of rotation between the bracket 15 and the shelf 3. The lever forces acting through the bracket 15 due to its load at the point 19 on the bearing support 17, can be perceived with the support rollers 21 and 22, which roll along parallel to the profiled sheet 23 of the bearing 17 about the linear guide 18. At the second point 24, another rotary support 25 with a vertical axis is formed under each shelf 3, by which the shelf 3 is supported respectively by another bracket 16. The other bracket 16 is located at its other end in the rotary support 26 with a vertical axis of rotation, the pivot bearings 26 are made opposite the carrier rack 27 fixed to the central rack 8. The carrier column 27 also rests on the bottom 4 of the corner cabinet 1.

The following figures 4 and 6 show how the shelves 3 when extended from the corner cabinet 1 due to their direction by the brackets 15 and 16 are pulled out through the inlet 9, until they are essentially before this inlet 9. In this case, one bracket 15 linearly moves forward. Due to the large lateral extent of the bracket 15 under the shelf 3 and at an angle of about 60 °, at which the bracket 15 extends relative to the linear guide 18, the point 19 at which it supports the shelf 3 lies relatively close in its positions according to FIGS. 1, 4 and 5 to the central pillar 8. Since the other bracket 16 is also respectively rotatable near the central pillar 8, the shelf 3, by the beginning of its movement of the extension from the corner cabinet 1, essentially rotates around the central pillar 8 and, thus, not three times larger than the horizontal cross-section of the inner space 11 of the corner cabinet 1, without collisions, leaves the inlet 9. Then, the shelf 3, when the bracket 15 is further extended along the linear guide 17, extends substantially linearly further into the space in front of the inlet 9, while she will not take her maximum extended position according to Fig.6. In fact, along the entire path of the shelf 3 from its position according to FIG. 1 to its position according to FIG. 6, the linear movement of one bracket 15 and the rotation movement of the other bracket 16 is added to the general movement of the shelf 3, and only relative components of the linear movement are transmitted with this general movement and turning movements. This results in a user-perceived as a very organic process of movement, which he feels with his hand pulling the shelf 3 from the corner cabinet. The same is true for the process of sliding the shelf 3 back into the corner cabinet 1. Although both shelves 3 in FIGS. 4-6 are always exactly above each other, they can be pulled out of the corner cabinet completely independently of each other.

Figures 7 and 8 show a corner cabinet 1 with fittings 2 in a working position according to Fig. 6 in a front view and fittings 2 in a working position according to Fig. 6 in perspective, the lower of two shelves 3 not shown. It can be seen that each of the brackets 15 in this case has reached its most forward position along the linear guides 18 of the support leg 17.

Before approaching the support device 17 in more detail based on the drawings, it should be pointed out that the extension directions of its linear guides 18 should not be oriented exactly parallel to the side wall 7 of the corner cabinet 1 adjacent to the inlet 9. Rather, it may be preferable between the linear guides 18 and this side wall 7 to provide a converging edge with an edge forward, amounting to several degrees. This leads to the fact that the shelf 3 in its maximum extended position compared to the position shown in Fig.6, its front part is slightly turned to the right around point 24, since point 19 lies further to the right. Thus, the cabinet door 1, which cannot be opened all 90 °, since it, for example, abuts with its handle on the adjacent frontal part or even the other handle located there, can give way. A flat angle can be made using a suitably formed support leg 17 or using a wedge between the support leg 17 and the side wall.

Fig. 9 shows a bearing support 17 for one of the brackets 15 in a front view. In this case, it can be seen that the bracket 15 is rigidly located on the carriage 28, which, on the one hand, is directed along the linear guide 18 in the form of a conventional rail of the ejection mechanism relative to the profiled sheet 23, in which the rail 18 of the ejection mechanism is located, and which, on the other hand , by means of support rollers 21 and 22, it is supported on the vertical shelves of the profiled sheet 23 located at the ends. These support rollers 21 and 22 perceive tilting moments arising around the horizontal direction passing perpendicular to the plane of the drawing according to FIG. 9, while the linear guide perceives both vertical forces and tilting arising around the horizontal direction passing in the plane of the drawing according to FIG. 9 moments. A profiled sheet 23 surrounds or covers all parts of the linear guide 17 and provides protection against both dirt and damage.

The side view according to Fig. 10 once again shows all the fittings 2 in its retracted position, the lower support rollers 21 being also visible here.

Figure 11 shows, in essence, the same situation as in figure 1. Additionally, the door 29 of the corner cabinet 1 is still schematically reproduced here. The schematic is, inter alia, that the connection of the door 29 to the door hinge 10 is not shown in detail. Further, a connecting device 30 is also schematically shown, which here, on the one hand, enters the lower shelf 3, and on the other hand, enters the door 29. The drive 31 for the bracket 15 is also shown schematically, by which the bracket 15 can be moved along a linear guide 18 and, thus, can be advanced from its position shown in Fig.11. Thus, the bracket 15 falls, for example, in the intermediate position shown in Fig. 12, before it is fully extended. Here, the shelf 3 essentially completes its rotation movement around the support column 27, and its remaining movement is essentially linear in the direction from the cabinet 1. When the rotation movement around the support column 27, the shelf 3 by means of the connecting device 30 grabs the door 29 and from its closed position according to figure 11 translates into her figure 12 already almost fully open position. On the contrary, the shelf 3 when re-sliding into the corner cabinet 1 by sliding the bracket 15 using the drive 31 not marked here, grabs the door 29 again up to its closing position according to FIG. 11.

Alternatively, electromechanics can only be supported by turning the bottoms outward using an ejector acting in only one direction. In this case, the change in the position of the door 29 in the opening direction, as well as in the closing direction (by pressing in the direction of the end side of the side wall 7 of the corner cabinet 1) by means of the connecting device 30 can be converted into a change in the position of the lower shelf 3, which is detected by the touch sensor, which again activates electromechanical drive. Thus, the lower shelf 3 is pulled out and the door 29 is simultaneously opened thanks to the connecting device 30. When the door 29 is subsequently closed manually, the connecting device 30 causes the lower shelf 3 to rotate inward. With all the other shelves 3 located in the corner cabinet 1, which are located above the bottom shelf 3 connected to the door 29 of the corner cabinet 1, the electromechanical drives attached to them can also be activated as a result of a direct change in this case and covered by the touch sensor with a change in position. The sliding of this shelf 3 is carried out manually.

List of Reference Items

1 - corner cabinet

2 - fittings

3 - shelf

4 - bottom

5 - back wall

6 - side wall

7 - side wall

8 - the central rack

9 - inlet

10 - door hinge

11 - interior space

12 - the main plate

13 - spacer element

14 - railing

15 - bracket

16 - bracket

17 - bearing support

18 - linear guide

19 - point

20 - rotary support

21 - support roller

22 - support roller

23 - profiled sheet

24 - point

25 - rotary support

26 - rotary support

27 - support rack

28 - carriage

29 - door

30 - connecting device

31 - drive

Claims (22)

1. Accessories for the corner cabinet (1) having a side wall (7) and an inlet (9) adjacent to the side wall (7) for accessing the interior space (11) of the corner cabinet (1) only on a part of its width, and the accessories (2) has at least one solid shelf (3), two brackets (15, 16), which are arranged to rotate around vertical axes at two points located at a distance from each other (19, 24) on the lower side shelves (3), a supporting support (17) for movably supporting one bracket (15) and a rotary support (26) for defined a vertical axis of rotation for another bracket (16), characterized in that the bearing support (17) has at least one linear guide (18) that defines the horizontal direction of extension for one bracket (15). 2. Accessories according to claim 1, characterized in that the linear guide (18) is attached to the drive and / or automatic retraction device, which acts on one bracket (15). 3. Accessories according to claim 1 or 2, characterized in that the support bearing (17) has at least one supporting roller (21, 22) moving parallel to the linear guide (18) and offset in height relative to it. 4. Accessories according to claim 1 or 2, characterized in that the orientation of one bracket (15) relative to the direction of extension is rigid. 5. Accessories according to claim 4, characterized in that the angle between the direction of advancement and one arm (15) is 30-70 °. 6. Accessories according to claim 3, characterized in that the orientation of one bracket (15) relative to the direction of extension is rigid. 7. Accessories according to claim 6, characterized in that the angle between the direction of advancement and one bracket (15) is 30-70 °. 8. Accessories according to any one of claims 5 to 7, characterized in that the other bracket (16) is mounted on a support column (27) with the possibility of rotation around a vertical axis of rotation. 9. An angular cabinet having a side wall (7) adjacent to the side wall (7) of the inlet (9) for access to the interior space (11) of the angular cabinet (1) only through part of its width, and accessories according to one of paragraphs. 1-8, and having a linear guide (18) bearing support (17) movably supports the bracket (15) on the side wall (7), and the pivot bearing (26) determines the vertical axis of rotation for another bracket (16) next to the opposite side walls (7) by restricting the inlet (9). 10. An angular cabinet according to claim 9, characterized in that the connecting device (30) acts on one bracket (15) or a shelf (3) and is intended to be attached to the door (29) of the angular cabinet (1). 11. The corner cabinet according to claim 10, characterized in that the linear guide (18) is attached to the drive and / or automatic retraction device that acts on one bracket (15), and the drive (31) is controlled by a door (29) or located on the door (29) of the sensor. 12. The corner cabinet according to one of claims 9 to 11, characterized in that the supporting support (17) is supported by a cross-arm for mounting on the side wall and on the central pillar (8) of the corner cabinet (1). 13. Corner cabinet according to one of claims 9 to 11, characterized in that the supporting support (17) is provided for fixing on the side wall. 14. An angular cabinet according to one of claims 9 to 11, characterized in that one bracket (15) extends outward to more than half the width of the inlet opening to the side of the linear guide (18). 15. A corner cabinet according to claim 12, characterized in that one bracket (15) extends outward to more than half the width of the inlet opening to the side of the linear guide (18). 16. The corner cabinet according to claim 13, characterized in that one bracket (15) extends outward to more than half the width of the inlet opening to the side of the linear guide (18). 17. Corner cabinet according to any one of claims 9 to 11, characterized in that the direction of extension extends at a flat angle, in particular between 1 ° and 10 °, relative to the side wall (7), the linear guide (18) being removed from the side wall (7) starting from the inlet in the direction of the inner space (11). 18. The corner cabinet according to claim 12, characterized in that the direction of extension extends at a flat angle, in particular between 1 ° and 10 °, relative to the side wall (7), the linear guide (18) being removed from the side wall (7), starting from the inlet in the direction of the inner space (11). 19. The corner cabinet according to item 13, wherein the extension direction extends at a flat angle, in particular between 1 ° and 10 °, relative to the side wall (7), the linear guide (18) being removed from the side wall (7), starting from the inlet in the direction of the inner space (11). 20. A corner cabinet according to claim 14, characterized in that the extension direction extends at a flat angle, in particular between 1 ° and 10 °, relative to the side wall (7), the linear guide (18) being removed from the side wall (7), starting from the inlet in the direction of the inner space (11). 21. The corner cabinet according to claim 15 or 16, characterized in that the extension direction extends at a flat angle, in particular between 1 ° and 10 °, relative to the side wall (7), the linear guide (18) being removed from the side wall (7 ), starting from the inlet in the direction of the inner space (11). 22. The corner cabinet according to one of claims 9-11, 15, 16, 18-20, characterized in that the shelf (3) in its maximum extension outward from the inlet (9) is further supported by the bracket (15) by means of a support , which is provided on the underside of the shelf (3) and into which one bracket (15) enters due to the rotation movement of the shelf (3).

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