EP3199062A1 - Movable container - Google Patents

Abstract

The invention relates to a thrust container (1), in particular for a beverage station, which comprises a housing (2) with opposite side walls (3). These have a number of pairwise opposed, parallel running rails (8) and a number of arranged between the rails support struts (9). In this case, a number of drawers (10, 11, 12) is guided in the rails (8). Furthermore, at least one of the drawers (10) has a lock (13), which interacts positively with a support strut (9) for locking the drawer.

Description

The present invention relates to a thrust container for a beverage station.

In the individual beverage preparation, such as in coffee kitchens or lounges or meeting rooms of companies, there are a variety of ingredients such as coffee capsules, teabags, milk cans / jugs, sugar packets, etc. and accessories such as spoons, cups, glasses, straws, plates etc. to accommodate efficiently. In this case, if possible, a simple, easy-to-maintain classification system should be specified so that all the required components can be accommodated and recovered by users and the subsequent users. From practice, for example, coffee stations are known. These usually consist of a space provided for a thermos or a coffee machine parking space and an adjacent arranged open box system in which the other ingredients and accessories are stored open and visible. On the one hand, this is disadvantageous from an aesthetic point of view, on the other hand, ingredients and accessories in this storage are little protected against dusting or other impurities. In addition, it is desirable in particular for expensive capsules for the corresponding coffee machines to have a certain degree of access security, so that, for example, even when visiting corporate guests is still sufficient stock for the hospitality available.

It is therefore an object of the present invention to provide an alternative thrust container for a beverage station.

This object is achieved by a thrust container according to claim 1, a drawer container set according to claim 9, a beverage station according to claim 10 and the use of a drawer container according to claim 11.

The aforementioned, preferably mobile, slide container for a beverage station comprises a housing with opposite side walls. These have a number of paired opposed, parallel running rails and a number of arranged between the rails support struts. Here, a number of drawers is guided in the rails. Furthermore, at least one of the drawers on a lock, which cooperates to lock the drawer form-fitting manner with a support strut, for example by a blocking element, in particular a latch, the lock cooperates with this support strut positively.

In addition to the side walls, the housing preferably also includes a ceiling wall, a floor opposite the ceiling wall, and a rear wall. These preferably rigidly interconnected housing components essentially form a cuboidal shape open towards the front. The rails are preferably made in one piece with the side walls and supports and arranged horizontally facing each other at the inside of the side walls at a properly established thrust container. The rails and the support struts, preferably with each other, z. B., to form a kind of framework, can be interconnected, allow the side walls without loss of stability advantageously thin perform, which is achieved in total in a weight and material savings. In addition, the resting on the rails weight of the drawers can be advantageously distributed by the support struts. As a result, the side walls are not punctually loaded only in the respective region of the rail, but the load is transmitted as evenly as possible to a larger area. In the context of the invention, these struts are used twice by interacting with a lock in a drawer to secure them (in the locked state of the castle) before pulling out. It is therefore not necessary to introduce additional grooves or other closure elements with which, for example, the blocking element of the lock could cooperate in a side wall of the housing. This makes the production of the thrust container cheaper and in particular also allows retrofitting of existing thrust containers with one or more drawers with corresponding locks.

The drawers have a box shape with a drawer bottom, a drawer front with opposite drawer back and two opposite drawer side walls. On the drawer side walls suitable guide elements are arranged on the outside, which cooperate positively with the rails of the housing so that there is a linear guide of the drawer. By means of the rails, the drawers can therefore be pulled out in a drawer container constructed in accordance with the regulations in a horizontal extension direction. Preferably, the drawer fronts together form the front of the thrust container. If all the drawers are in a closed position, then also the drawer container as a whole is essentially closed, ie apart from any interventions for opening the drawers. He thus has a tidy and therefore aesthetically pleasing form.

With the help of a lock or more locks is possible, one and or. also complete several closed drawers and thus protect against unauthorized opening. In a closed locking position, a blocking element of the lock, for example a latch, preferably engages behind a suitable support strut of the housing. He acts thereby in a positive contact with the side facing away from the drawer front side of the associated support strut together and locks or locks the drawer in the locked position in this way against movement in the extension direction. To lock and unlock, so close or solve the positive connection, the lock can be designed as a combination lock, but preferably this is a common key. The lock can for example have the shape of a cylinder lock.

In order to achieve a further improved order, the thrust container according to the invention is preferably part of a thrust container set. This has at least a first drawer with a removable insert therein and preferably also a second drawer with a removable, matching to the dimensions of the second drawer tray. "Matching to the dimensions" means that the second drawer is designed to save space, preferably flat, so that the also preferably flat tray for stowing just enough space in it and can be conveniently removed for serving. The first drawer is preferably larger than the second and thus also offers more storage space for ingredients and / or accessories. The insert arranged therein preferably has a plurality of compartments, ie compartments delimited from one another, for example by intermediate walls or webs, in order to be able to arrange the different components. To use the accessories contained in it, the use of the drawer can be conveniently removed. Preferably, the Schubcontainerset also on other drawers with inserts, so that in operation a variety of ingredients and accessories can be provided.

The aforementioned beverage station according to the invention has at least one inventive Schubcontainerset and a beverage dispenser. The beverage station can mobile, for example, on a trolley, or fixed on any storage space such as a table, a sideboard, a sideboard, a buffet or the like operated. It can also have two or more drawer container sets and / or several beverage dispensers, depending on requirements and the number of persons to be served. The latter can be configured as a simple beverage dispenser such as a thermos or the like. However, these are preferably beverage preparation devices such as, for example, a fully automatic coffee machine or a portioned coffee machine for pads or capsules. By combination of low-cost, easily accessible accessories, readily accessible other ingredients and matching beverage dispensing device or beverage preparation facilities results from the beverage station according to the invention a synergistic arrangement with which drinks can be prepared quickly and efficiently and optionally served.

The thrust container according to the invention preferably has dimensions and a weight, so that it can be set up on a plurality of flat surfaces, such as serving trolleys, tables, sideboards, sideboards or the like. The thrust container can thus be used expediently at a variety of installation sites and in combination with numerous other components.

Thus, an inventive thrust container is preferably used as a component of a beverage station. In this case, accessories and / or ingredients are stored in the drawer in operation, with which drinks are prepared and / or served. A simple operator thus has access to all unlocked drawers and can use their contents for beverage preparation. In contrast, a suitably authorized operator, if necessary with the help of a key, can also open the closed drawers in order to access the special, reserved contents, such as, for example, more expensive premium coffee capsules and the like. In principle, however, it is also possible to use the thrust container according to the invention with the lock for other purposes, in particular as a storage system on a desk. For example, the thrust container can also be used particularly well for accommodating the personal belongings and / or work utensils of an employee, wherein in the locked drawers to be backed up data and / or valuables can be stowed. Since the thrust container, as explained above, especially because of the relatively thin walls, which can be preferably made of plastic, is quite easy, it also makes sense to assign such thrust containers individual employees who can change their jobs or desks daily.
Further particularly advantageous embodiments and further developments of the invention will become apparent from the dependent claims and the following description, wherein the independent claims of a claim category can also be developed analogous to the dependent claims of another claim category and in particular Also, individual features of various embodiments can be combined to form new embodiments.

In principle, a lock can be arranged on each of the drawers. However, if, for example, an upper, not secured by a lock drawer would be pulled out, they could possibly also be removed, so that engagement with the underlying actually secured with a lock drawer would be possible. Therefore, in a preferred embodiment of a thrust container according to the invention, at least the top drawer on a lock. In addition, then also drawers arranged further down can have locks. Preferably, however, in a number of upper drawers, so all the upper drawers, each drawer includes a lock.

In a preferred embodiment of the invention, the lock on a cranked rotary latch. The lock thus has the shape of a cylinder lever lock, in which the lever or the rotary latch is preferably designed projecting in the direction of the drawer front. For this purpose, it is particularly preferably angled twice forward so that the fixed and the free end each extend in a plane perpendicular to the axis of rotation and the double angulation is achieved via a middle piece connecting both ends. The rotary latch protrudes in a locking position preferably through an opening in one of the side walls of the drawer and engages behind a front support strut of the housing. Because of the special shape of the rotary bolt, a conventional standard lock can be installed in the largely standardized drawer container also with largely standardized drawers. As a result, even the already established manufacturing processes can be largely maintained in a cost-effective manner.

In an advantageous embodiment of a thrust container according to the invention, the lock comprises a damping element which is arranged between a rotary latch and a lock cylinder shell. With the aid of this damping element, a game possibly present in the lock is not completely prevented, but so far dampened that rattling is avoided and the lock offers a more valuable feel when actuated. As a damping element, for example, a rubber, preferably an O-ring, serve, which is simply introduced during assembly between rotary latch and lock cylinder shell.

In a preferred embodiment, the drawer comprises a housing and a number of drawers, wherein at least one drawer has a drawer bottom, a drawer front and two drawer sides. In this case, a threshold is formed on the inside of the drawer, which extends at a short distance to the drawer front and parallel to this and is spaced at the end to the drawer side walls. The short distance between the inside of the drawer front and the edge of the threshold facing the drawer front is preferably at least 9 mm. Preferably, it is a maximum of 12 mm. Particularly preferably, the distance is 9.5 mm. The end-side distance of the threshold to the inner sides of the drawer side walls is preferably at least 45 mm. Preferably, it is a maximum of 50 mm. Particularly preferably, the distance is 46 mm.

The threshold is preferably made in one piece with the ground and has the shape of a wave or bead. It therefore forms a line-shaped section which is raised in relation to the rest of the floor and can act in a form-fitting manner, as will be described below. In an advantageous embodiment, the thrust container according to the invention comprises an insert which has smaller dimensions than the drawer, wherein in particular the length of this insert (seen in the direction of insertion of the drawer) considerably less (preferably slightly longer or slightly shorter than 2/3 of the drawer length, particularly preferred approx. 2/3 of the drawer length) as the interior of the drawer can be in this direction. This insert has a bottom on which a shoulder is formed in an edge region, which at least partially revolves at least at one edge (or side of the insert). This paragraph has an internal dimension that is greater than a length of the threshold of the drawer bottom. "Partially circumscribes" means that the paragraph further extends at least in the corner regions of the edges or sides to some extent in the edge region of the adjacent edge, whereby between the corners following the course of the corners resulting inner dimension of the paragraph. The paragraph or the wave thus forms a kind of peripheral version of this edge. Preferably, however, all sides are circular in shape of the paragraph. With the aid of this bead-like, at least partially rotating shaft, the insert can now engage in a form-fitting manner between the drawer front and the threshold when it is inserted into a drawer with the previously described threshold on the drawer bottom during operation. This results in a certain game, since the front, ie the drawer front, but is limited by a form-fitting front wall. An accurate insertion of the insert is therefore not required. Because as long as the loose fit with the threshold of the drawer is achieved, the insert can be shorter though he as the drawer is not arbitrary in the drawer, in particular to slip backwards, but is kept within certain limits in the middle in a front area of the drawer. This is desirable to have quick access to in-use preferably frequently needed ingredients or accessories. On the other hand, such a shorter insert can be easily lifted out of the drawer and temporarily as an open order serving for small items such as sugar, milk capsules, coffee capsules (in the preferred use in a beverage station) or for other small items such as paper clips, business cards, etc. on used a table and stowed quickly after use in the associated drawer. In the free areas of the drawer, in particular in the rear area, on the other hand less frequently required components can be stowed.

Although the characteristics of the thrust container described above in connection with a threshold on the inside of the drawer bottom also have an advantageous effect on their own, they have a particularly favorable effect with the other developments of the invention described above and below.

In an advantageous development of the invention, the insert has outer walls and a number of webs. These divide the insert into compartments and are connected to the outer walls only in a lower area. In this case, lower region means that the joint extends over less than a third, preferably less than one fifth, particularly preferably less than one-eighth of a web height. As a result, the disadvantage which often occurs in the injection molding process is largely avoided in that thermal stress or deformation occurs in the areas of material agglomerations upon cooling after injection molding.

In principle, a drawer does not have to be guided in each of the rails formed on the side walls of the housing. Rather, it is also possible to introduce a variable number of drawers with the desired drawer height in the drawer as needed. Therefore, in a thrust container according to the invention, the rails are preferably arranged at a spacing from one another. Further, the height of the drawers each substantially equal to a multiple of the pitch, so that a closed drawer front can be formed when all the drawers are inserted. The pitch means that the rails are arranged equidistant, so that, for example, a drawer guided on both sides in two rails can be easily offset in their height position. As a multiple of the grid dimension is here Accordingly, the distance between two rails multiplied by a positive integer factor, ie 1, 2, 3, ..., understood. This results in a variety of combination options for arranging a variable number of drawers, each with desired drawer height and position in the drawer - even under the condition that with the help of the drawer fronts a common, closed front side of the drawer is formed.

Figur 1

eine perspektivische Ansicht eines Ausführungsbeispiel eines erfindungsgemäßen Schubcontainers mit offener oberer Schublade,

Figur 2

eine perspektivische Ansicht des Schubcontainers aus Figur 1, jedoch mit offener unterer Schublade,

Figur 3

eine Draufsicht auf den Schubcontainer aus Figur 1, jedoch ohne Einsatz,

Figur 4

eine Draufsicht auf einen ähnlichen Schubcontainer wie in Figur 3, jedoch mit Einsatz,

Figur 5

eine Schnittansicht des Schlosses des Schubcontainers aus Figur 1,

Figur 6

eine Schnittansicht von oberer Schublade und Einsatz des Schubcontainers aus Figur 1 und

Figur 7

eine Unteransicht des Einsatzes aus Figur 4 und 6.

The invention will be explained in more detail below with reference to the accompanying figures with reference to embodiments. The same components are provided with identical reference numerals in the various figures. The figures are usually not to scale. In the description, relative directions always refer to a drawer container installed as intended. They show schematically:

FIG. 1

a perspective view of an embodiment of a drawer container according to the invention with open upper drawer,

FIG. 2

a perspective view of the thrust container FIG. 1 , but with open lower drawer,

FIG. 3

a plan view of the thrust container FIG. 1 but without use,

FIG. 4

a plan view of a similar thrust container as in FIG. 3 , but with use,

FIG. 5

a sectional view of the lock of the thrust container FIG. 1 .

FIG. 6

a sectional view of the upper drawer and use of the thrust container FIG. 1 and

FIG. 7

a bottom view of the insert FIG. 4 and 6 ,

In the Figures 1 and 2 an inventive thrust container 1 is exemplified and shown in perspective. Both figures are described below together, since they differ only by which drawer is pulled out. Relative directional indications such as horizontal, vertical, front, rear and the like relate Following on a purpose established thrust container 1, wherein the drawer side, a front or front side 7 of the drawer container 1 represents. The drawer 1 comprises a housing 2 and four drawers 10, 11, 12. The housing has two opposite side walls 3, a rear wall 6, a top wall 4 and a bottom 5, which is opposite to the top wall 4 and placed on the thrust container 1 as intended becomes. The housing has a cuboid shape, which is open to the front side 7.

The ceiling wall 4 has a matted outside, d. H. slightly roughened, rear portion 4a and a front, smooth high-gloss portion 4b. The high-gloss area 4b is particularly easy to clean, for example by wiping, while the rear area extends as a run-off protection or anti-slip area in an edge region to the side walls 3 in the form of a narrow strip to the front 7 back. The high-gloss area 4b is thus enclosed on three sides by the matted, rear area 4a, so that there slippage and possibly falling down of parked in operation on the ceiling wall 4 objects is avoided.

The side walls 3 have on their mutually facing inner sides in each case ten rails 8 and a number of support struts 9 in the form of rectangular profiles, which lie opposite each other on both side walls 3. The rails 8 are each connected in the region of the front side 7 with a vertical support strut 9 arranged on the underside. Inside the thrust container 1 are on the rails 8 underside even more vertical and oblique support struts (in FIG. 1 not shown, only the at the front edge of the side walls 3, ie, at the opening of the housing 2, arranged support struts 9 are shown). The support struts distribute by this arrangement a weight on the rail 8 weight flat on the side walls 3. The rails 8 and the support struts 9 are between the top wall 4 and bottom 5 in a grid RM equidistant, ie at equal intervals, arranged.

In or on the rails 8, the drawers 10, 11, 12 are guided. A drawer each comprises a drawer bottom 10b, two opposite drawer sides 10c and a drawer front 10a with a trapezoidal engagement 25 arranged centrally and on the top side (see FIG Figures 3 . 4 and 6 ), which is opposite to a drawer back (not shown here). Overall, the drawers 10, 11, 12 thus have an open at the top box shape. In this case, the drawer front 10a protrudes a little way beyond the drawer sides 10c and thus forms a stop edge for the side walls 3 of the drawer 1. The upper drawers 10, 11 have the triple grid size RM as height, the lower, flat drawer, however, is only a grid RM high. On the drawer sides 10c, guide elements 24 in the form of rectangular profiles are respectively arranged outwardly and connected to the drawer sides 10c. The lower and flat drawer 12 has a guide member per drawer side 12c, which is disposed in an upper portion of the drawer side 12c. In contrast, the upper and higher drawers 10, 11 for better weight distribution two guide elements 24 per drawer side 10c, wherein one in the upper region of the drawer side 10c and the other slightly spaced from the drawer bottom 10b is arranged.

The top drawer 10 also includes a lock in the form of a cylinder lock 13 (see FIG. 1 ). The cylinder lock 13 is arranged in the region of the upper right corner of the front side 10 a and is based on FIG. 5 described in detail. Furthermore, in the top drawer 10 in the front region of an insert 18 is introduced (see FIG. 1 ). This can the drawer 10 are removed and is secured against slipping in the drawer 10, as shown in the Figures 3 . 4 and 6 is explained in more detail. The lower drawer 12 includes a tray 23 (see FIG. 2 ), whose dimensions are only slightly smaller than the inner dimensions of the drawer 12. This can also be removed from the drawer 12 for serving. In the in the Figures 1 and 2 shown drawer 1 are therefore in the lower drawer 12 a tray 23 and in the upper drawer 10 an insert 18 included. Along with this additional equipment, the drawer 1 is also referred to as a drawer container set 22.

FIG. 3 shows a plan view of the thrust container from the Figures 1 and 2 , but without insert 18 in the upper drawer 10. In the front area of the drawer 10, adjacent to the drawer front 10a, a rectilinear threshold 17 with a length L in the drawer bottom 10b is formed inside parallel to the drawer front 10a. It rises with a substantially semicircular cross section from the drawer bottom 10b and ends on both sides rounded at a distance from the drawer sides 10c. Incidentally, the drawer bottom 10b is preferably made flat.

In FIG. 4 is a similar plan view as in FIG. 3 shown, but here is an insert 18 is inserted into the drawer 10. This insert 18 is in FIG. 7 shown from below. As can be seen here, the insert 18 has on the outside of its bottom 18b in one short distance from the edges, ie the outer sides of the side walls 18 a a circumferential shoulder 19, here in the form of a circumferential threshold 19. The distance between two extending on opposite side walls portions of this paragraph 19 and this threshold is (slightly) greater than the length L of the threshold 17 of the drawer bottom 10 b. The distance is thus referred to as the inner dimension L 'of this paragraph 19 along an edge, ie along a side wall 18a, between the respective sections bent at the corners. Thus, the insert 18 can be turned off in the drawer 10, that the threshold 17 engages behind the portion of the paragraph 19 and the threshold outside of the bottom of the insert 18, which extends to the edge facing the front of the drawer 10.

With the help of the threshold 17 of the drawer bottom 10b so the insert is held substantially in the position shown here and can not slide in the drawer 10 to the rear. However, the positive connection with the threshold 17 is loose so far that a certain amount of play is given to the drawer sides 10c and also to the drawer front 10a. Due to this clearance, the insert 18 does not have to be positioned exactly in the drawer 10 during insertion, but an approximate insertion is sufficient to achieve the loose fit. The insert 18 has an insert bottom 18b and four substantially vertical, pairwise opposite outer walls 18a, so that a substantially square shape rounded towards the corners is formed. Within the insert 18 four thin, but flat, vertical webs 20 are formed as partitions. They each extend parallel to a first outer wall 18a and are connected at one end perpendicular to a second outer wall 18a, which is adjacent to the first outer wall 18a. The other end meets in each case vertically and approximately centrally on the next web 20 and is connected thereto. This results in adjacent to the outer walls 18a four rectangular compartments 21 and a central square compartment 21. In addition, a sectional plane S is shown here, which extends vertically and in one direction from the front side 7 to the back 6 of the drawer container 1. This is the thrust container 1 for in FIG. 5 sectional view cut. Preferably, the insert contains as a separate part a small trash can, the outer dimensions are chosen so that it fits into the central compartment 21 of the insert 18, preferably fit, and its height exceeds the insert 18 by a maximum so much that the insert 18th with set trash can still be pushed into the drawer.

FIG. 5 shows a detailed view of the rotary cylinder lock 13 of the drawer 1 from the FIGS. 1 to 4 , The rotary cylinder lock 13 comprises a lock cylinder shell 16 in which a lock cylinder is arranged coaxially and is rotatably mounted. The lock cylinder shell 16 is designed substantially cylindrical, but flattened on two side areas to prevent spinning. With the flattened side areas it engages positively in a suitably shaped recess in the drawer front 10a. On the outwardly facing side of the drawer front 10a, a head piece is formed on the lock cylinder shell 16, which protrudes radially beyond the recess in the drawer front 10a and like a truncated cone is slightly tapered conically over the drawer front 10a.

The lock cylinder shell 16 has radially on the outside a thread over which it is countered on the inside of the drawer front 10a by means of a nut 26. Thus fastened the lock cylinder relative to the drawer 10 is rotatably mounted. He has on the outside of the drawer front 10 a keyhole (not shown here) and screwed at its inside end with a rotary latch 14. The lock cylinder radially surrounding axially between the lock cylinder shell 16 and the rotary latch 14, an O-ring made of rubber as a damping element 15 is arranged.

The rotary latch 14 is cranked. He jumps in a double angled, oblique section 28 a little way forward to the drawer front 10a out. The rotary latch 14 is in the locking position VP, in which it is arranged horizontally and projects through an opening 27 in the front right side wall 10c of the drawer 10. With its protruding through the opening 27, semicircular end 29 he engages behind the associated front support strut 9 of the housing 2. Due to the cranked shape of the rotary latch 14, it is also possible in the built standard lock the semi-circular end 29 advantageously close to the support strut 9 to order so that the closed drawer 10 with the rotary latch 14 in the locking position VP can raise as little as possible. With the help of a key, the lock 13 can be actuated. When the key is rotated in the lock 13, the rotary latch 14 connected to the lock cylinder also rotates. From the lock position VP, the rotary latch 14 can be moved to an unlocked position in which it is arranged substantially horizontally.

As described above, the insert 18 is held centered by means of the threshold 17. As a result, within the drawer 10 in addition to the insert 18 enough free space available to arrange the rotary latch 14 therein. With the rotary latch 14 in the open position, the drawer 10 is no longer locked so that it can be raised and pushed as needed.

In FIG. 6 is a sectional view of the upper drawer 10 with the in FIG. 4 marked cutting plane S shown. Due to the loose fit between the threshold 17 and circumferential shoulder 19 on the insert bottom 18b, the insert 18 can only slip a small distance to the drawer front 10a until it abuts against this with its front outer wall 18a. Slipping to the rear is prevented by the threshold 17, since it blocks the paragraph 19 in this direction. Not shown is the lateral positive connection between the annular peripheral shoulder 19 and the threshold 17, by the lateral slipping of the insert 18 is prevented beyond the defined by the positive locking game addition.

The web 20 arranged in the insert 18 is connected over its entire length to the insert bottom 18b. In contrast to the front outer wall 18a of the insert 18, the web 20 has only one connection point 21 in a lower region near the insert bottom 18b and is still free-standing above the connection point 21.

In summary, the present invention provides a thrust container and a beverage station with such a drawer, can be stored in the ordered ingredients and accessories for the preparation and serving of drinks. For this purpose, conveniently the included inserts or the tray can be removed. The drawer has at least one lockable drawer to reserve certain components for authorized operators. These features enable a tidier, more aesthetic and functional storage space and, in particular, hospitality space than hitherto customary. It is finally pointed out once again that the devices described in detail above are only exemplary embodiments which can be modified by the person skilled in many different ways without departing from the scope of the invention. For example, unlike the figures, several drawers could be equipped with a lock. these should be the topmost drawers. Likewise, different inserts may be inserted in different drawers, for example, with different dimensions and / or fan divisions. Furthermore, the use of the indefinite article "on" or "one" does not exclude that the characteristics in question may also be present multiple times. As well does not exclude the term "arrangement" that the component in question consists of several co-operating sub-components, which may also be spatially distributed if necessary.

LIST OF REFERENCE NUMBERS

1

boost container

2

casing

3

Side wall

4

ceiling wall

4a

the backstage area

4b

Glossy area

5

ground

6

rear wall

7

front

8th

rail

9

support strut

10

top drawer

10b

drawer base

10c

drawer side

10a

drawer front

11

drawer

12

lower drawer

13

Rotary cylinder lock

14

Spagnolet

15

damping element

16

Lock cylinder cover

17

threshold

18

commitment

18b

use of land

18a

side walls

19

paragraph

20

web

21

subject

22

Schubcontainerset

23

tray

24

guide element

25

intervention

26

mother

27

breakthrough

28

section

29

semicircular end

L

length

L '

Internal dimensions

RM

Pitch

S

cutting plane

VP

lock position

Claims (11)

Thrust container (1), in particular for a beverage station, comprising a housing (2) with opposite side walls (3) having a number of pairwise opposed, parallel running rails (8) and a number of support struts (9) arranged between the rails, wherein in the rails (8) a number of drawers (10, 11, 12) is guided and at least one of the drawers (10) has a lock (13) which cooperates to lock the drawer form-fitting manner with a support strut (9). A sliding container according to claim 1, wherein at least the uppermost drawer (10) has a lock (13). Thrust container according to claim 1 or 2, wherein the lock (13) has a, preferably to a drawer front (10a) out, cranked rotary latch (14). A sliding container according to any one of the preceding claims, wherein the lock (13) comprises a damping element (15) which is arranged between a rotary bolt (14) and a lock cylinder shell (16). A push container, in particular according to one of the preceding claims, comprising a housing (2) and a number of drawers (10, 11, 12), wherein at least one drawer (10) has a drawer bottom (10b), a drawer front (10a) and two drawer sides (10a). 10c) and on the drawer bottom (10b) inside a threshold (17) is formed, which extends at a short distance to the drawer front (10a) parallel to the drawer front (10a) and ends each spaced to the drawer sides (10c). A sliding container according to claim 5, comprising an insert (18) having a bottom (18b) on which an at least partially circumferential shoulder (19) is formed in at least one edge along at least one edge, preferably along all edges an edge of the insert (18), an internal dimension (L ') which is greater than a length (L) of the threshold (17) of the drawer bottom (10b). The drawer according to claim 6, wherein the insert (18) has outer walls (18a) and a plurality of ridges (20) dividing the insert (18) into compartments (21) and the outer walls (18a) only in a lower area (21) are connected. A sliding container according to one of the preceding claims, wherein the rails (8) are arranged at a spacing (RM) at a distance and the height (H) of the drawers (10, 11, 12) corresponds in each case substantially to a multiple of the grid dimension (RM). A drawer container set (22) comprising a drawer container (1) according to any one of the preceding claims, a first drawer (10) having a removable insert (18) therein and preferably at least one second drawer (12) with a removable drawer (2). 12) matching tray (23) therein. Drinking station with a drawer container (1) according to one of claims 1 to 8 and / or a drawer container set (22) according to claim 9 and a beverage dispenser, in particular a beverage preparation device. Use of a drawer container (1) according to one of claims 1 to 8 and / or a drawer container set (22) according to claim 9 as a component of a beverage station, wherein in operation in the drawers (10, 11, 12) accessories and / or ingredients are stored, with which drinks are prepared and / or served.

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