RU2749623C1 - Cleaning system and a storage container - Google Patents

Abstract

FIELD: agriculture.SUBSTANCE: invention relates to a cleaning system and a storage container. The cleaning system includes a storage container (1) having a lower side (2) and an upper side (3), and cleaning devices (4), which are connected to the storage container (1) so that they can be disconnected without destruction. The cleaning devices (4) include a substantially rectangular functional part (5). The storage container (1) has the number of holding devices (11) and / or guides (12) corresponding to the number of transported cleaning devices (4), which, when viewed transversely to the axial direction (8) of the handles (9) of each of the devices, are located next to with each other to accommodate the transverse sides (7) and / or longitudinal sides (6) of each of the functional parts (5). The transverse sides (7) and / or longitudinal sides (6) connected to the container (1) for storing the cleaning devices (4) are located in the corresponding holding devices (11) and / or guides (12) next to each other and do not overlap each other, essentially form-fit.EFFECT: simplified handling of the cleaning system and container.21 cl, 5 dwg

Description

Technology area

The invention relates to a harvesting system and a storage container.

State of the art

A cleaning system that includes a storage container is known from US 2011/0133417 A1. The known cleaning system includes a storage container having a bottom side and an upper side, and cleaning devices that are connected to the storage container so as to be disconnected without destruction, these cleaning devices each including a substantially rectangular functional part, moreover, this functional part has at least one longitudinal side and at least one transverse side, as well as an axially extending handle of the device, which is pivotally connected to the functional part in such a way that the functional part, when viewed in its longitudinal direction, can be rotated parallel to the handle of the device, while the storage container has the number of holding devices and / or guides corresponding to the number of transported cleaning devices, which, when viewed transversely to the axial direction of the handles of each of the devices, are located next to each other, for placement of the transverse sides and / or longitudinal sides of each of the functional parts, while the transverse sides and / or longitudinal sides of the cleaning devices connected to the storage container are located in the corresponding holding devices and / or guides next to each other and do not overlap each other, essentially with form-fitting. The functional parts of the cleaning devices are arranged flat against each other on the lid of the storage container, the lid of the storage container having retaining devices / guides for the functional parts.

Another harvesting system is known from WO 2014/173508 A1. This harvesting system consists of a harvesting trolley including a bottom panel and a work panel vertically spaced from the bottom panel, the bottom panel and the work panel being connected to each other by a vertically spaced linkage. The linkage mechanism is formed by at least two struts that do not run parallel to each other, and these struts are connected to each other by a holder in the form of a jumper, this holder being arranged in a self-locking manner between the struts. In addition, the known harvesting system includes a harvesting device that is mounted on the harvesting trolley so that it can be disconnected without being destroyed. The cleaning device is made in the form of a flat brush, which is installed on the bottom panel and is held on the working panel by means of its handle.

From DE 200 80 287 U1, a container for storing cleaning textiles is known, which is mounted on a cleaning trolley. The container has a cavity for placing and storing cleaning textiles. The container includes a lid that can be moved around a hinge for opening or closing as needed. The lid moves from a closed position to an open position when a predetermined pressure is applied to the lid. If the lid is moved back to its closed position, it is held in that closed position. The cavity-facing surface of the cover can be used to flatten a flat brush, the handle of which is releasably fixed to the holder.

A cleaning system is known from US 2015/0307817 A1, which includes a cleaning trolley in which cleaning devices are installed. Cleaning devices in the form of flat brushes are installed longitudinally in the direction of travel on the bottom panel of the cleaning trolley.

Another cleaning system and storage container for it are known from US 2014/0138512 A1. The storage container stores the cleaning accessories of the cleaning system, one of the cleaning accessories being constituted by a cleaning device having an essentially rectangular functional part, a transverse side and a longitudinal side, and the functional part, when viewed in its longitudinal direction, can be rotated in parallel handle of the device.

Other harvesting systems that include a storage container and storage containers themselves are generally known. A storage container that can form an integral part of a harvesting system typically includes a bottom side and an top side. Various cleaning devices can be connected to the storage container in a non-destructive manner. The cleaning devices can be cleaning devices having a handle, for example, for cleaning the floor or as a manipulation device for hard-to-reach places taller than a person.

Cleaning devices can be made, for example, in the form of a folding mop. If the cleaning system includes several cleaning devices that are housed in a storage container, these cleaning devices are, for example, stowed one after the other in a holding device outside of the storage container and can each be removed from the holding device as needed. In this case, however, it should be borne in mind that when arranging the cleaning devices in the holding device one after the other, the manipulation of the cleaning system for the user is difficult, in particular due to the fact that the cleaning devices, which in relation to other cleaning devices located in the holding device relative to close and currently unnecessary, should be removed from the holding device first and then set aside to reach a cleaning device located in the holding device relatively far away, which is to be used for the given application. The currently unnecessary cleaning devices and the currently used cleaning device must then be put back into the holding device one after the other.

Cleaning systems of the type described above are often used by professional users who, in the shortest possible time, want to achieve the best possible cleaning result in the shortest possible time due to the simplest possible manipulation. For this, such harvesting systems are not sufficiently suitable.

Disclosure of invention

The object of the invention is to improve a cleaning system and a storage container of the above type in such a way that handling is correspondingly simplified. In particular, the user should be able to remove the cleaning devices placed in the storage container from the storage container in the simplest manner and as required, in any sequence, and then use, without having to first remove other cleaning devices respectively, out of the way. In addition, the harvesting devices must be securely positioned on the storage container during transport, even when the harvesting system is driven over bumps or slopes and / or is subject to other shocks.

This problem is solved in accordance with the invention for the harvesting system and the storage container using the features of claims 1 and 22 of the claims. Preferred embodiments are referred to by claims directly or indirectly referring to claim 1.

To accomplish this task, a cleaning system is provided that includes a storage container having a bottom side and an upper side, and cleaning devices that are connected to the storage container with the ability to disconnect without destruction, and these cleaning devices each include a substantially rectangular a functional part, this functional part having at least one longitudinal side and at least one transverse side, as well as an axially extending handle of the device, which is pivotally connected to the functional part in such a way that the functional part, when viewed in its longitudinal direction , can be rotated parallel to the handle of the device, while the storage container has the number of holding devices and / or guides corresponding to the number of transported cleaning devices, which, when viewed transversely to the axial direction of the handles of each of the devices, are located p poison with each other, for placing the transverse sides and / or longitudinal sides of each of the functional parts, while the transverse sides and / or longitudinal sides of the cleaning devices connected to the storage container are located in the corresponding holding devices and / or guides next to each other and mutually without overlapping, essentially positively locking, and when viewed in the axial direction of the handles of the devices, between the holding devices and the upper side there are guides made each in the form of protection against tipping, and the number of guides corresponds to the number of holding devices, and wherein the guides guide each one turned in parallel the handle of the device is a functional part.

The guides can be made substantially U-shaped, with the guides adjacent to each other dividing a common guide bridge located between them.

Even when the harvesting system moves on bumps or slopes and / or is subject to other shocks, the harvesting devices are securely located in the holding devices and / or guides and cannot slide relative to each other in such a way that they overlap each other and no longer the possibility of free access to each of the harvesting devices would be ensured. This advantage is also taken into account when the transverse side of the functional part is very narrow, when this functional part is made, for example, in the form of a sump. Then the lower recesses made in the form of a glass are not enough for horizontal fixation, but the guides located above are quite enough.

In addition, it is an advantage that all cleaning devices connected to the storage container are located in space next to each other, and therefore also do not interfere with each other during any removal by the user. Both the functional parts that can be rotated parallel to the handle of the device and the handles of the devices themselves do not overlap, so that all cleaning devices are always freely accessible to the user of the harvesting system. Depending on the given conditions of the application, the user can search for a suitably suitable cleaning device, remove this cleaning device from the storage container and then after use reconnect to the storage container, without having to move out of the way the remaining cleaning devices, which are also connected to the storage container. ...

There are also cleaning devices in which the functional part cannot be oriented parallel to the handle, for example, a broom. In this case, such a functional part can lie slightly below the lower stops for the folding functional parts. This ensures that such a cleaning device can also be removed again independently of other cleaning devices.

In principle, it is possible for the harvesting system to have only retaining devices without guides for the harvesting devices or only guides without retaining devices, while the harvesting system preferably has retaining devices and guides in order to obtain good consumer properties. The manipulation of the harvesting system is then particularly easy for the user. The cleaning devices are always permanently positioned on the storage container and are securely held on it, even when the cleaning system is used for professional purposes in difficult everyday life.

When a harvesting system having holding devices and guides is used, a functional portion of each of the harvesting devices is held / installed in two regions. In the region of the lower side of the storage container, the lower transverse side of the functional part rotated parallel to the handle of the device is placed in the holding device, and this is already essentially fixed in its position and against sliding downwards. In this case, the longitudinal sides are installed in the guides. This avoids undesirable tipping of the harvesting device towards another harvesting device, which would lead to a mutual and inconvenient for manipulation of the harvesting system overlap, during the prescribed use of the harvesting system.

The configuration of the functional part of the cleaning device and the configuration of each of the respective holding devices and / or guides are adapted to each other.

In this case, provision can be made for at least two of the cleaning devices to have a functional part configured in a coordinated manner or for at least one of the functional parts to have a configuration different from the functional parts of the other cleaning devices. It is advantageous here that the same or different cleaning devices adapted to each application can in each case form an integral part of the same cleaning system. Functional parts can be used which have wider or narrower lateral sides and, during transport, are placed on a storage container in suitably designed holding devices and / or guides.

According to a preferred embodiment, provision can be made for the holding devices to be in the form of recesses and have a depth less than or equal to 20 cm. These recesses can be made essentially in the form of a cup and perform form-fit with the transverse side of the corresponding functional part. Preferably, the recesses are advantageously designed such that they loosely encircle the transverse side of the functional part at a distance, despite the taut cleaning textile. The advantage here is that the ready-to-use cleaning device can be easily inserted into the recess. Therefore, the functional part rotated parallel to the handle of the device can simply be inserted into the recess and, if necessary, removed again and, nevertheless, is well fixed on the storage container in its position. Said depth of less than or equal to 20 cm is particularly preferred for most applications. On the one hand, this depth is large enough to securely fix the cleaning device attached to the storage container to the storage container. On the other hand, said depth is shallow enough to allow easy handling; the user only needs to lift the cleaning device about 20 cm to remove it from the recess. Preferably the depth is 5-15 cm.

Preferably, the respective functional parts are loosely fitted in the rails. Thanks to this loose fit, handling is simplified for the user. Even when the functional part is not covered with appropriate cleaning textiles, or when the functional part is covered with new, not moistened cleaning textiles and therefore is very voluminous, the functional part rotated parallel to the handle of the device can move quickly and without effort by the user into the guides.

At least one of the functional parts can be formed by the brush head of the cleaning device.

In such a case, the brush head may include a backing plate and a cleaning textile connected to the backing plate. Cleaning textiles in this case can be made in the form of a so-called flat brush or folding mop.

Regardless of this, the longitudinal side of the functional part is longer than the width of the transverse side.

The used cleaning textiles can have different consumer properties. For example, it is possible to use a cleaning device having a first cleaning textile for pre-cleaning very heavily soiled surfaces. At the second stage of cleaning, previously opened dirt can be absorbed by the second cleaning textile, and thus the surface is finally cleaned. The various cleaning devices can be removed from the storage container at the lowest possible cost and then reconnected to it, without the cleaning devices being in one another's path.

According to the first embodiment, provision can be made for the storage container to be designed as a storage cabinet. This storage cabinet can be permanently installed in the cleaning room. The storage cabinet stores the necessary cleaning supplies and the necessary cleaning devices are connected to the storage cabinet as described earlier. The storage cabinet has preferred sides for accommodating cleaning devices. The back of the storage cabinet is inaccessible to accommodate cleaning devices when the storage cabinet stands with its back to the wall. The front side of the storage cabinet is in most cases inconvenient, as there are often doors on the front side. Both side walls are very well suited to accommodate cleaning devices.

According to a second, particularly preferred embodiment, provision can be made for the storage container to be designed as a cleaning trolley. In this case, the storage container is used in a mobile manner. This is particularly advantageous for professional applications. The cleaning trolley loaded with cleaning accessories and the cleaning devices connected to the cleaning trolley can be moved by the user even over long distances, for example, at airports, saving time and energy. The cleaning trolley is preferably box-shaped and has four vertical sides. Moreover, these parties are clearly defined. Against the direction of travel, i.e. at the back, there is usually a pushing grip for moving the harvest trolley. This side is preferably particularly suitable for harvesting devices having long handles because, due to their arrangement, they are immediately ready to be picked up by the user. In the direction of travel, that is, in the front, harvesting devices can also be located. They are in the user's field of vision.

The arrangement of the cleaning devices on two sides has the advantage that the elongated elements such as the squeegee frame, sump, broom, etc. are oriented parallel to the direction of travel.

Ideally, the user of the cleaning trolley has two or three long handles and can pick them up at any time and quickly and above all independently of each other.

The storage cabinet or cleaning trolley may suitably have a bottom panel on its bottom side, the holding devices being disposed on this bottom panel. The advantage here is that the holding devices are located practically at the lowest point of the storage cabinet or cleaning trolley. Even when the handle of the device is not telescopic and / or not very long, the cleaning device protrudes as little as possible from the top side of the storage container.

In principle, it is possible for the holding devices to form an integral part of the bottom panel or be manufactured separately from the bottom panel. In the first case, production is particularly simple and economical. In the second case, differently designed bottom panels can be combined with differently designed holding devices in the form of a modular system. This makes the harvesting system particularly easy to adapt to the given conditions of the application.

This occurs when the retaining devices / recesses are located in a strip formed separately from the bottom panel, this strip being fixedly fixed to the bottom panel.

Additionally or alternatively, the holding devices can be located on at least one of the vertical sides.

According to a preferred embodiment, provision can be made for the sum of the widths of the adjacent holding devices to be ≤ the maximum width of the bottom panel. In this case, the holding devices always end with the dimensions of the storage container or are slightly pushed back. This is particularly advantageous when the storage container is designed as a cleaning trolley. The holding device does not protrude beyond the width of the harvesting trolley, so that inadvertent damage to surrounding objects during the movement of the harvesting trolley, for example, damage to walls or door slopes, by the holding devices is excluded.

The cleaning devices, holding devices and guides, when viewed in the main direction of movement of the storage container, are located on its front side or back side. Similarly as previously described, it is advantageous here that the width of the storage container across the main direction of travel is limited to a minimum, and this width is not increased in an undesirable way by the cleaning devices located on the side of the storage container. The user may preferably remove the cleaning devices from the storage container directly in front of him and then reconnect the cleaning devices to the storage container.

The upper side can be provided with ridge-shaped locks for the handles, the number of which corresponds to the number of holding devices and guides, with each handle of the device being connected to one lock for the handle so that it can be disconnected without destruction. In this case, it is an advantage that the handle of the device pivotally mounted on the functional part, as well as the functional part, is reliably held in its position. In general, a hinge, such as a cardan joint, is required to be able to pivot the functional part parallel to the handle of the device. Therefore, the hinged connection of the device handle to the functional part is also expedient for fixing the device handle on the storage container in order to prevent its unwanted and uncontrolled movement from its desired initial position on the storage container.

According to a preferred embodiment, provision may be made for each handle of the device to snap into a respective handle lock in a form-fitting manner. Such a snap-on connection functions very reliably even when the handle of the device is, for example, wet and / or moistened with a cleaning liquid. In addition, the handling of the snap joint is the simplest and most straightforward for the user without explanation.

Retaining devices, guides and retainers for the handles, when viewed in the axial direction of the handles of the devices, are located coaxially for each harvesting device. As a result, it is immediately clear to the user which holding device, which guide and which storage lock belong to which cleaning device.

The cleaning trolley may have a push grip that is substantially C-shaped and includes two adjacent handles at a distance, the handles of the devices can be inserted through the gap formed by this distance and can be connected to the corresponding handholds for the handles, or can can be released from the handle locks and can be removed through a gap from the harvest trolley. This C-shaped pushing grip, in which the handles are spaced apart from each other, has the advantage that the handles of the devices can be advanced through the pushing grip's gap. If the pushing grip were annularly closed and did not have a gap, the functional parts or handles of the devices would have to be threaded through the annular pushing grip. For simple manipulation of the harvesting system, this would be a significant disadvantage.

In addition, this substantially C-shaped pushing grip has the advantage that the harvesting devices do not fall off the storage container even when the handles of the devices are not snapped into the corresponding form-fit handle lock or unintentionally released from the handle lock. Even then, the C-shaped pushing grip retains the device handles on the harvesting system and prevents the device handles from falling, possibly together with a suitable harvesting device, from the storage container.

Handle retainers and push grips can each be manufactured separately to form a pre-assembled assembly. Different handle locks can be combined with different push handles in a modular system. Therefore, the harvesting system can adapt very well to the given conditions of the application. Combining the push-to-handle grip locks into a pre-assembled assembly simplifies the installation of the harvesting system. The pre-assembled assembly connects to the storage container.

In the main direction of travel, in front of and / or behind the holding devices, at least one other guide rail can be arranged to accommodate another cleaning device having a different brush head, which includes another support plate and other cleaning textiles connected to this other support plate, moreover, this other brush head has at least one other longitudinal side and one other transverse side, and is also connected to another handle of the device, while the other brush head extends transversely to the main direction of movement and transversely to the other handle of the device, and the other head with its other longitudinal side, the brushes are arranged in a substantially positive manner in the other guide rail. With such an embodiment, additional cleaning devices can be used as required, the functional parts of which cannot be rotated parallel to the handle of the device. The handle of the device and the functional part are connected, for example, rigidly and essentially T-shaped. In the previously described embodiment, the longitudinal side of the cleaning device can be accommodated in another guide bar.

The other guide rail preferably has a width that corresponds at most to the width of the storage container. In this case, the width of the other guide rail corresponds at most to the entire width of the holding devices, so that the guide rail, as already mentioned earlier, does not protrude beyond the outer limits of the storage container.

At the same time, the horizontal guide bar can be positioned so that the removal of swiveled and non-swiveled harvesting devices is possible respectively independently of one another.

The top side can be formed by the frame, with the pushing grip fixed to the frame. The frame can, for example, be fixedly attached to a container open at the top and have, for example, the shape of a container lid.

In addition, the invention relates to a storage container for a harvesting system as previously described.

Brief description of the drawing

One embodiment of a cleaning system according to the invention having a storage container according to the invention is shown in FIGS. 1-5 and is explained in more detail below.

Each of Figures 1-5 is shown in a schematic view:

Fig. 1: a front-side perspective view of a harvesting system without harvesting devices;

Fig. 2 shows the cleaning system of Fig. 1, in which two different cleaning devices are connected to a storage container;

3 is an enlarged perspective view showing the holding devices on the underside of the storage container;

figure 4: one of the examples of implementation of the cleaning device in the form of a separate part and

Fig. 5 is a view similar to Fig. 3, with a further guide rail provided in addition to accommodate another cleaning device.

Implementation of the invention

Figure 1 shows one embodiment of a cleaning system according to the invention, which includes one embodiment of a storage container 1 according to the invention.

For better visibility, the harvesting system is shown without harvesting devices 4, while two different cleaning devices 4 used are shown in FIG. 2. In addition, one embodiment of the cleaning device 4 is shown in FIG. 4.

The cleaning system of FIG. 1 includes a storage container 1, which in the illustrated embodiment is in the form of a column. The storage container 1 has a lower side 2 and an upper side 2, which are connected to each other by side walls.

The storage container 1 has a corresponding number of transportable cleaning devices 4, the number of holding devices 11 and guides 12, while in the exemplary embodiment shown here, four holding devices 11 and four guides 12 are used to accommodate a maximum of four cleaning devices 4. The holding devices 11 and guides 12, viewed transversely to the axial direction 8 of the handles 9 of each of the devices are located next to each other.

The holding devices 11 in the illustrated embodiment are made in the form of essentially cup-shaped recesses 13 and have a depth of about 15 cm. In the axial direction 8 of the device handles 9, between the holding devices 11 and the upper side 3, there are guides 12, which are made in the form of a rollover protection and in which, as will be explained later in connection with Fig. 2, the functional parts 5 of the cleaning devices 4 rotated parallel to the handles 9 of the devices are loosely installed.

The storage container 1 in the illustrated embodiment is in the form of a cleaning trolley 19 and therefore has wheels on the side of the bottom panel 20 facing away from the upper side. All used recesses 13 are made in one piece, passing into each other, and from a single material and form holding devices 11, which are made in the form of a strip 21, made separately from the bottom panel 20, and connected to the bottom panel 20.

In contrast, the holding devices 11 can be made in one piece and of a single material with the bottom panel 20 forming the bottom side 2. The total widths b of the adjacent holding devices 11 correspond to the maximum width B of the bottom panel 20.

The main direction of movement of the harvesting carriage 19 is indicated by X, a direction horizontally transverse to the direction of travel Y, and a vertical direction Z.

In the Z direction, the cleaning devices 4 are held on the bottom panel 20 of the cleaning trolley 19 by a bar 21.

In the X direction, the cleaning devices 4 are held in a standing position and are secured against sliding in the + X - / - X direction by recesses 13.

In the Y direction, the cleaning devices 4 are held by lateral limitation of the recesses 13 in the lower region and / or by side guides 12 in the middle region of the harvesting system.

Instead of the guides 12 for fixing the functional parts 5 in the X and Y directions, claw grips can be used.

Retaining devices 11 and guides 12, as shown here, can be located on the front side 22 and / or on the back side 23 of the storage container 1.

In addition to the holding devices 11 and guides 12, there are brackets 24 for the handles, the number of which corresponds to the number of the holding devices 11 and the guides 12, and each handle 9 of the device can be snapped into the corresponding handle holder 24 in a form-fitting manner.

As can be seen in Fig. 1, the holding devices 11, guides 11 and handles 24 for each cleaning device 4, when viewed in the axial direction 8 of the handles 9 of the devices, are arranged coaxially.

As an additional protection against unintentional falling of the cleaning devices 4 from the storage container 1, a pushing grip 25 is provided, which is made in a C-shape and has two handles 26, 27 spaced from each other at a distance of a gap 28. The handles 9 of the cleaning devices 4 can move through clearance 28 towards and snap into the handle retainers 24. To disconnect the cleaning devices 4, the handles 9 of the devices are released from the handles 24 and are removed through the gap 28 from the harvesting trolley 19 to the outside.

In this embodiment, a pre-assembled assembly 29 is disposed on the storage container 1, which is formed by the handles 24 and the pushing grip 25.

In Fig. 2, the cleaning system of Fig. 1 is equipped with two different cleaning devices 4. The cleaning devices 4 each have an essentially rectangular functional part 5, which is made in the form of a brush head 15 and includes a support plate 16, this the base plate 16 is covered with a cleaning textile 17. The functional part 5 has at least one longitudinal side 6 and at least one transverse side 7 and is connected to an axially extending handle 9 of the device. Due to the hinged connection, the functional part 5, when viewed in its longitudinal direction, can be rotated parallel to the handle 9 of the device, while the cleaning devices 4 in the previously described position, when viewed transversely to the axial direction 8 of the handles 9 of each of the devices, are located next to each other, not mutually overlapping. The transverse sides 7 and / or the longitudinal sides 6 of the cleaning devices 4 connected to the storage container 1 are located in the corresponding holding devices 11 and / or guides 12.

Figure 3 shows the holding device 11 on an enlarged scale. It can be seen that the holding device 11 is made in the form of a strip 21, made separate from the bottom panel 20, and is fixedly fixed on the bottom panel 20. The depth 14 of the retaining devices 11 made in the form of recesses 13 is approximately 15 cm.

Figure 4 shows one embodiment of one of the applicable cleaning devices 4. This cleaning device 4 includes, as previously described, a substantially rectangular functional part 5, which in the embodiment shown here forms a brush head 15 including base plate 16. The base plate 16 is covered with cleaning textiles 17.

The handle 9 of the device is made in the form of a telescopic handle and is pivotally connected to the functional part 5 by means of a cardan joint. Thanks to the cardan joint, it is possible to rotate the functional part 5 parallel to the handle 9 of the device and then place it in the corresponding holding device 11 and the corresponding guide 12.

The handle 9 of the device is moved through a gap 28 in the C-shaped pushing grip 25 and snapped positively into the corresponding handle latch 24.

Figure 5 discloses an addition to the previously described harvesting system.

For transporting another cleaning device 31 on the storage container 1, it is provided that in the main direction of travel X in front of the holding devices 11 there is another guide rail 30. This other guide rail 30 extends over the entire width B of the bottom panel 20 so that it can be placed in another rail the tire 30 is correspondingly wide the other brush head 32. This other brush head 32 includes another support plate 33 and another cleaning textile 34 connected to this other support plate 33. The other handle 37 of the device, together with the other brush head 32, is rigidly and T-shaped and its other longitudinal side 35 is located essentially form-fit in the other guide rail 30.

The upper side 3, as shown in FIG. 2, may be formed by a frame 38, with the pushing grip 25 being fixedly attached to the frame 38.

Claims (21)

1. A cleaning system, including a storage container (1) having a lower side (2) and an upper side (3), and cleaning devices (4), which are connected to the storage container (1) with the possibility of being disconnected without destruction, moreover, these cleaning devices (4) each include a substantially rectangular functional part (5), and this functional part (5) has at least one longitudinal side (6) and at least one transverse side (7), and also extending in the axial direction (8) the handle (9) of the device, which is pivotally connected to the functional part (5) in such a way that the functional part (5), when viewed in its longitudinal direction (10), can rotate parallel to the handle (9) devices, while the container (1) for storage has a corresponding number of transported cleaning devices (4), the number of holding devices (11) and / or guides (12), which, when viewed transversely to the axial direction handles (9) of each of the devices are located next to each other, for placing the transverse sides (7) and / or longitudinal sides (6) of each of the functional parts (5) and at the same time the transverse sides (7) and / or the longitudinal sides (6) of the cleaning devices (4) connected to the container (1) for storing the cleaning devices (4) are located in the corresponding holding devices (11) and / or guides (12) next to each other and mutually non-overlapping, essentially with a form-fit, characterized the fact that, when viewed in the axial direction (8) of the handles (9) of the devices, between the holding devices (11) and the upper side (3) there are guides (12) made each in the form of protection against overturning, and the number of guides (12) corresponds the number of holding devices (11) and the guides (12) guide each functional part (5) rotated parallel to the handle (9) of the device. 2. Harvesting system according to claim 1, characterized in that the holding devices (11) are made in the form of recesses (13) and have a depth (14) less than or equal to 20 cm. 3. Harvesting system according to claim 1 or 2, characterized in that the corresponding functional parts (5) are not tightly installed in the guides (12). 4. Cleaning system according to one of claims 1 to 3, characterized in that at least one of the functional parts (5) is formed by the brush head (15) of the cleaning device (4). 5. Cleaning system according to claim 4, characterized in that the brush head (15) includes a base plate (16) and a cleaning textile (17) connected to the base plate (16). 6. Cleaning system according to one of claims 1 to 5, characterized in that the storage container (1) is designed as a storage cabinet (18). 7. Harvesting system according to one of claims 1-5, characterized in that the storage container (1) is designed as a harvesting trolley (19). 8. Cleaning system according to one of claims 1 to 7, characterized in that the storage cabinet (18) or the cleaning trolley (19) on its lower side (2) have each bottom panel (20), and the holding devices (11) located on the bottom panel (20). 9. Harvesting system according to claim 8, characterized in that the retaining devices (11) are located in a strip (21) separate from the bottom panel (20), and that the strip (21) is fixedly fixed to the bottom panel (20). 10. Harvesting system according to claim 8, characterized in that the holding devices (11) are made in one piece and of a single material with a bottom panel (20) forming the lower side (2). 11. Harvesting system according to one of claims 1 to 10, characterized in that the sum of the widths (b) of the adjacent holding devices (11) ≤ the maximum width (B) of the bottom panel (20). 12. Harvesting system according to one of claims 1 to 11, characterized in that the harvesting devices (4), holding devices (11) and guides (12), when viewed in the main direction (X) of movement of the storage container (1), located on its front side (22) and / or back side (23). 13. Harvesting system according to one of claims 1 to 12, characterized in that the upper side (3) is provided with clamps (24) for handles made in the form of brackets, the number of which corresponds to the number of holding devices (11) and guides (12), and each handle (9) of the device is connected with the possibility of disconnection without destruction with one lock (24) for the handle. 14. Harvesting system according to claim 13, characterized in that each handle (9) of the device can be positively snapped into a corresponding handle retainer (24). 15. Harvesting system according to claim 13 or 14, characterized in that the holding devices (11), guides (12) and locks (24) for the handles for each harvesting device (4), when viewed in the axial direction (8) of the handles ( 9) devices are located coaxially. 16. Harvesting system according to one of claims 13-15, characterized in that the harvesting trolley (19) has a pushing grip (25) that is substantially C-shaped and includes two spaced apart handles ( 26, 27), while the handles (9) of the devices can be inserted through the gap (28) formed by this distance and can be connected to the corresponding locks (24) for the handles or the handle (9) of the devices can be released from the corresponding locks (24) of the handles and through the gap (28) can be removed from the cleaning trolley (19). 17. Harvesting system according to claim 16, characterized in that the handles (24) and the pushing gripper (25) are each manufactured separately and form a pre-assembled assembly (29). 18. Harvesting system according to one of claims 1 to 17, characterized in that in the main direction (X) of movement in front of and / or behind the holding devices (11) there is at least one other guide rail (30) for placing another cleaning device (31) having another brush head (32), which includes another support plate (33) and another cleaning textile (34) connected to this other support plate (33), this other brush head (32) having at least at least one other longitudinal side (35) and one other transverse side (36), and also connected to another handle (37) of the device, while the other head (32) of the brush extends across (Y) to the main direction (X) of movement and across (Y) to the other handle (37) of the device, and that the other brush head (32) with its other longitudinal side (35) is substantially form-fitting in the other guide rail (30). 19. Harvesting system according to claim 18, characterized in that the other guide rail (30) has a width that corresponds to the maximum width (B) of the storage container (1). 20. Harvesting system according to one of claims 1-19, characterized in that the upper side (3) is formed by a frame (38) and that the pushing grip (25) is fixedly fixed to the frame (38). 21. Storage container for the harvesting system according to one of the previous paragraphs.

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