EP1138246A2 - Arrangement for wringing water absorbing wiping bodies - Google Patents

Abstract

The device has hinged jaws (15,16) between which the mop is inserted. A lever (8) allows the jaws to be closed and a clip system (14,19) holds them together once they are closed.

Description

Field of the Invention

The invention relates to a device for pressing Liquid absorbing wipers for cleaning the Absorbent surfaces of the wiper body.

For a cleaning system for wet or wet wiping of floor surfaces include a holder with a mop cover as well a pressing device for the mop cover. By providing These elements ensure that the information provided by the Mop cover at least partially absorbed moisture again can be squeezed out of the mop cover before one Cleaning a floor surface is continued or started.

The squeezing device serves to place one in it introduced mop cover, usually in a on a holder clamped state, record and by closing Press jaws against each other a force on the mop cover exercise that serves to fluid from this to squeeze. Such a device for squeezing Liquid can be in a bucket or similar container put on or integrated into this. This will make the squeezed liquid collected in the vessel. Further the jar can be used to cover the mop to contain cleaning fluid, so that the mop cover before the Squeezing is immersed in the liquid and thereby is cleaned.

State of the art

In the art are pressing devices for mop covers in known on a holder clamped state. In particular are such devices for substantially rectangular Mop holder and covers in use.

The devices usually comprise two press jaws, between which the mop cover stretched on the mop holder is squeezed. The press jaws can be between one open position and a closed position in which the Squeezing is done, move. Thereby in the Technology uses devices that are essentially two identical and symmetrically designed press jaws own, so that a mop cover stretched on a mop holder can be pressed out on both sides of the mop holder.

Such a device is in DE-9 416 565.3 U1 described. The device comprises two press jaws each with four pins in the grooves provided Buckets are stored. For one of the press jaws extend the grooves provided for guiding the press jaws parallel to the direction of insertion of the bucket at its Interior wall. The other of the press jaws is made by accordingly shaped grooves are guided on a curved path so that they when moving down in the direction of insertion Mops with a stretched mop cover a curved path goes through. The track is in the form that the in Initial state, i.e. in the open state, at an angle second press jaw in Direction on the first press jaw until it finally turns is parallel to it, with the mop holder with open Mop cover then lies between the two press jaws. The Press jaws are each provided with openings so that squeezed liquid can easily drain off. Furthermore point the press jaws also on elevations, which also the Squeezing is beneficial. To the movement of the press jaws to initiate are perpendicular to the press jaws Direction of movement of the mop holder support arms provided on which the mop holder presses during insertion and thus initiating the downward movement.

In this device, which is in a container for the The absorption of cleaning liquid is arranged, the total squeezing force by a mechanical pressing force of the cleaning force on the support elements are triggered. Furthermore, when pulling back the mop holder consists of the Device the risk that the device wedges and the mop holder again with considerable effort is to be solved.

Another device for squeezing liquid absorbent wiper bodies is in DE 9 409 601.5 U1 described. This device also comprises two im essential plate-shaped press jaws, which are in an open Position a V shape with each other. One of the two Press jaws are firm and immobile on L-shaped tubes fixed, the other of the two press jaws is movable the L-shaped tubes. One between the L-shaped ones Pipe foot pedal is with a fastener to the movable press jaw so that when pressed the movable press jaw on the first, fixed Press jaw is moved and pressed against it. The Press jaws are also provided with openings. In addition wringing rollers are attached to the upper ends. The entire device is using a corresponding U-profile can be placed on a bucket.

Because the first of the press jaws is tilted and is fixed, a mop holder with a stretched mop cover also inserted in this inclined position and pressed out become. On the one hand, this is disadvantageous with regard to the Wastewater drainage, on the other hand with regard to Handling of the mop holder by the cleaning staff. Finally, that described in DE 9 409 601.5 U1 Device clearly protruding beyond the bucket, what the Brings with it the danger that the cleaning staff or accessories used by her for cleaning the frame imposed, leaving the entire bucket with the dirty water may tip over. Finally, through that in the tubes attached guide of the adjustment mechanism Danger of jamming and opening or closing of the press jaws only under increased Force is possible. A power transmission is experienced also no lever support, so that the entire Squeezing force applied directly by the cleaning staff must become.

Object of the invention

The invention has for its object a device for squeezing liquid-absorbing wipers propose a uniform squeezing of a Wiper body allows with less effort and is also attachable within a receptacle.

This task is accomplished by a device for squeezing Liquid absorbing wipers with the characteristics of Claim 1 solved.

The invention is based on the idea that known Devices essentially around an additional element, namely one connected to a press lever Clamping device to expand. This enables that at a corresponding actuation of the press lever and at closed clamping device by means of leverage Force is transferred to the press jaws, which this in a Brings closed position and thus the mop mop cover stretched out. There is a reduced Force required because the leverage of the relatively long press lever with respect to a distance the bearing points between the press lever and the clamping device or press lever and press jaw is used. In addition, the entire device can be attached within a vessel, so that it is designed to save space overall. Due to the Fact that the press jaws parallel when pressed one another and with appropriate installation in a vessel vertically a mop cover can be pressed out evenly both sides of a mop holder can be reached, the squeezed liquid can drain reliably and the Cleaning power due to relatively low Effort can work ergonomically.

Advantageous embodiments are the others Claims marked.

The device for squeezing liquid thus comprises absorbent wipers advantageously in essential rectangular press jaws, which are installed in two main surfaces facing each other and four each Have end faces, two side and one top and one lower. This design of the press jaws allows conventional, essentially rectangular wiping systems with to squeeze two working pages. Some of the well known Mopping systems have a mop cover on both sides a holder plate that is pivotable about a joint. By the rectangular shape of the press jaws is the shape this is adapted to the shape of the mop holder with mop cover.

According to a preferred embodiment, the articulated connection between the first and second Press jaw in a lower area in the installed position Press jaws. Furthermore, the press lever on one of the Remove the connection between the first and second press jaws Area of the first press jaw. this makes possible also an optimal use of the one Space in a vessel on which the device on the other hand, an optimal use of the Leverage.

The press lever is preferably U-shaped. This means that the press lever is at the ends of the U's the first press jaw is stored. The U-shaped design with the appropriate storage allows a special ergonomic operation, because the press lever over the seized and actuated entire area of the transverse side of the U's can be. In connection with a corresponding Design of the end of the legs of the U's and corresponding Facilities on a vessel so that the legs of the U's in engage in a position in the devices on the vessel can, the handle on the press lever can also be used as Serve carrying device.

The press lever is preferably symmetrical by two mutually arranged bearing points on the first press jaw stored. Due to the symmetrical arrangement of the bearings a U-shaped press lever becomes an asymmetrical force Application prevents, which in turn leads to an even Squeezing the wiper body leads. Furthermore, by a symmetrical arrangement and the uniformity achieved thereby Force transmission wear due to one-sided wear or wedging of the components is reduced.

The bearing points are each advantageously located the side surfaces of the press jaws, especially on their end faces. This makes it possible to use the entire surface of the press jaw for pressing. An impairment due to the bearing of the press lever does not occur. Furthermore, the front storage a particularly simple construction of the press lever is possible, there is no consideration for a bearing in the squeeze area must be taken with a view to complete Closing the press jaws together.

According to a preferred embodiment, the Clamping device articulated at least one on the press lever mounted clamping lever and a locking lug on the second Press jaw is attached. The latch is with his Bearing distal end of the clamp lever engaged bring. This design of the clamping device is mechanical simple, therefore low maintenance and not prone to wear. Further it is easy to operate. To do this, use the clamping lever the latch is engaged and thus closed. On the other hand is a release of the clamping lever from the Locking possible at any time with little effort. On Wedging the device is also excluded.

At least two clamping levers and are preferably Appropriate locking lugs are provided, advantageously arranged symmetrically to each other. This in turn causes one uniform power transmission and initiation, creating a evenly pressing out the mop cover on both sides and is achieved over the entire plate area. Are two or more clamping levers and corresponding locking lugs provided, the device advantageously comprises a Link that the movement of a clamp lever each to the other clamping levers. This can be a Closing or opening all clamping levers at the same time can be effected in one movement.

The press jaws are advantageously with openings Mistake. This speeds up and improves drainage Squeezed liquid from the press jaws. Otherwise the liquid can only pass through an opening between the Press jaws, when closed on in installation position lower end of the press jaws, drain off.

Are preferably on the front side surface first press jaw guide elements provided that the Guiding the movement of the first press jaw on the corresponding one Sliding surfaces of a stand and collecting device serve. This gives the whole construction increased stability when it in connection with such a collecting device is used, which has appropriate sliding surfaces, because the press jaw movement is guided and supported.

The guide elements are advantageously located in an upper area of the first press jaw and are as Projections formed. This offers the advantage that the guide elements on a conventional bucket rim can support, and no special elements on one Collecting vessel, such as a bucket, are to be provided. Of course, it is still possible to use the sliding surfaces to make advantageous on such a receptacle, so that they are tailored to the management elements. in the Contrary to grooves or slits provided in the bucket, this arrangement also has the advantage that there is no Dirty water or dirt particles in the corner areas of the grooves or slits can deposit what is hygienic Is undesirable, especially since such Corner areas are difficult to clean.

According to a preferred embodiment is on the press lever a grip area is provided. This facilitates in particular wearing the device on the grip area. Further is an appropriately designed grip area for the Cleaner pleasant when doing the squeezing process performs and applies the pressing force.

The pressing lever preferably has at an outer end a hook-shaped area. The bearing point is located here of the press lever on the first press jaw between the hook-shaped area and the handle area. Such a Hook-shaped area is to be provided if the Device so on a suitably designed vessel it is to be attached that the press lever at the same time as Carrying handle for the device including the vessel serves. Then the hook-shaped area can be in one corresponding counterpart, which is provided on the vessel, engage, and the handle on the press lever can simultaneously as Handle for the device for squeezing liquid absorbent wipers as well as for one of these Serve device-carrying vessel, making the entire Device is very compact and easy to use.

According to a preferred embodiment, the Device further a stand and catchment device for the squeezed out cleaning liquid. This stand and A bucket can also advantageously be collected his. The stand and fall arrester that integrates with the rest of the device can be designed particularly advantageous if the device in professional operation is used because then the Squeezing device with the stand and collecting device can always stay connected, the stand and Catcher also on the size of the Squeezing device and thus the size of the mop holder Mop cover is adjusted. This makes it special ergonomic working possible.

A stand and collecting device is advantageous or the bucket essentially cuboid. This is again in accordance with the shape of the material to be pressed and cleaning mops with a mop cover used for cleaning.

On the stand and collecting device is advantageous an edge area is provided, the two symmetrically arranged Has sliding surfaces. The can on these sliding surfaces Guide elements of the squeeze device slide so that stable when pressed as well as when moving Overall construction is achieved.

The stand and collecting device is advantageously included at least one, more advantageously with two symmetrical projections, which are in an upper, advantageously middle area of the stand and Fall arrester. Depending on the arrangement of the Press levers are these projections inwards or outwards to be attached to the stand and collecting device. If a press lever with hook-shaped end areas is used, so they can engage in the projections. Then he can Press lever as a handle for the entire device can be used because the load is directly introduced into the stand and reception facility happens and the Device for pressing is not additionally loaded. Furthermore, the press lever can move on support these projections and the projections can in open state serve as a stop, so the first Press jaw in the open state with the second press jaw takes a V shape.

The device preferably extends to Pressing out over a partial area of an opening of the stand and collecting device, advantageously such a large part of the opening of the stand and Catcher remains free that a mop with Mop cover in the stand and filled with cleaning fluid Can be immersed without the Squeezing device must be moved or removed. This is particularly advantageous if before pressing also cleaning the mop cover in cleaning fluid is provided.

One of the press jaws is advantageously so arranged so that it is parallel to a bucket edge.

One of the press jaws preferably adjoins the Bucket edge on or even lies on this with the top Area of the press jaw. Advantageously extend the press jaws essentially over the entire width of the Stand and fall arrest facility. The external dimensions of the Press jaws essentially correspond to the Internal dimensions of one side of the stand and Fall arrester. This is a particularly space-saving and compact device for squeezing moisture absorbent wipers created.

Brief description of the drawings

Fig. 1

einen herkömmlichen Mophalter mit Mopbezug zeigt;

Fig. 2

eine Seitenansicht eines herkömmlichen Halters mit Mopbezug zeigt;

Fig. 3

eine Ausführungsform der erfindungsgemäßen Vorrichtung in geöffneten Zustand zeigt;

Fig. 4

eine Ausführungsform der erfindungsgemäßen Vorrichtung beim Einrasten von Klemmhebeln in Rastnasen zeigt;

Fig. 5

eine Ausführungsform der erfindungsgemäßen Vorrichtung beim Pressvorgang zeigt;

Fig. 6

ein Ausführungsform der erfindungsgemäßen Vorrichtung in Transportstellung zeigt.

The invention is described below purely by way of example with reference to the attached figures, in which:

Fig. 1

shows a conventional mop holder with mop cover;

Fig. 2

a side view of a conventional holder with mop cover;

Fig. 3

shows an embodiment of the device according to the invention in the open state;

Fig. 4

shows an embodiment of the device according to the invention when locking levers in locking lugs;

Fig. 5

shows an embodiment of the device according to the invention during the pressing process;

Fig. 6

shows an embodiment of the device according to the invention in the transport position.

Ways of Carrying Out the Invention

Figures 1 and 2 show a mop holder 1 with one on it stretched mop cover 2, as conventionally used for Cleaning floor surfaces of buildings is used. The Mop holder 1 comprises a holder plate 6 which is attached to a handle 5 is attached via a handle holder 4. The Handle holder 4 has a double joint, so that when wiping necessary swivel movements can be performed. On the holder plate 6 is a mop cover 2 stretched in the It is usually designed to absorb moisture. The Mop cover 2 is on the holder plate via a clamping system, such as Velcro strips, snaps or the like attached.

Alternatively, it can have pockets in which corresponding projections of the holder plate come into engagement. As can be seen in particular from FIG. 2, the mop cover 2 U-shaped around the holder plate 6 so that both Sides of the plate surface of the holding plate 6 with moisture absorbent mop cover 2 are covered. That’s it floor cleaning possible with both plate surfaces before the mop cover 2 has to be cleaned itself.

Figures 3 to 6 show an embodiment of the Device according to the invention for pressing out mop covers 23. The device for squeezing liquid absorbent wiper bodies 23 comprises in the illustrated Embodiment a bucket 7. As shown in the figures can be seen, the bucket 7 is substantially rectangular designs and displays a stand area and a bucket rim on. On the edge of the bucket is two opposite A sliding surface 20 is provided in areas. The bucket 7 can partially filled with cleaning fluid 24.

On the bucket 7 is a not shown Fastening device attached a squeezing device. The fastening device can, for example, consist of There are hook elements, tongue and groove connections etc. Alternatively, it is possible to use the bucket 7 with the To design press-out device integrated so that a Solving is not possible.

The pressing device 23 is provided with two pressing jaws 15 and 16 provided that at their lower end in the installation position over a Bearings 13 are articulated to one another. The first Press jaw 15 is generally movable with respect to the bucket 7, the second press jaw 16 is at its upper end provided a bearing 11 which rotates the second Press jaw 16 around the bearing 11 allows, the Bearing 11 fixed and thus not rotatable or is movable. The bearing 11 is so on the bucket attached that the second press jaw 16 parallel and in close proximity to one of the side surfaces of bucket 7 runs.

A bearing 10 is also located on the first press jaw 15 an upper area provided. The bearing 10 connects one Press lever 8 articulated with the first press jaw 15 the bearing 10 is near a first end of the Press lever 8, in the embodiment shown with a hook-shaped area 18 is provided at this end.

The press lever 8, which is preferably U-shaped, is also equipped with a grip area 9.

In an area between the handle and the bearing of the Press lever on the first press jaw 15 is a clamping lever 14 rotatably attached to the press lever 8 via a joint 12. At a U-shaped design of the press lever 8 are preferably two such clamping levers 14 and corresponding ones Bearings 12 are provided, each on the legs of the Us in the area between the bearing of the press lever on the first Press jaw 15 and handle 9 are attached to the press lever 8. The bearing 12 connects the press lever 8 and the clamping lever 14 also articulated. At the end facing away from the depository the clamping lever 14 is a recess or a recessed Area provided with one on the second press jaw 16 attached latch 19 is to be engaged. In of the illustrated embodiment, the bucket 7 is finally provided with bolt-like projections 17 for the Press lever 8 serve as a stop and hook area 18 of the press lever 8 can come into engagement. The tabs 17 are on the in the illustrated embodiment Bucket attached outside, where the leadership of the Handle is done.

If more than one clamping lever 14 is provided, they are Clamping lever advantageously via a connecting link connected so that a rotary movement of a clamping lever is automatically transferred to the others.

In the illustrated embodiment, the press jaws 15 and 16 finally provided with openings 21 and 22 which the better derivation of the squeezed Serve cleaning liquid.

The mode of operation of the device 23 is now described below Squeezing liquid-absorbing wipers described, reference being made to FIGS. 3 to 6.

The bucket 7 shown in Figure 3 is so far with Cleaning liquid 24 filled that one on one Mop holder stretched mop cover in the liquid can be completely immersed, but the liquid does not protrude into the pressing device. Should one on a mop holder 1 stretched mop cover 2 are cleaned, so this is first immersed in the liquid 24, rather the mop holder 1 with the mop cover 2 stretched out of it is withdrawn. This is in the drawing on the left Half shown in Figure 3. Since the press lever 8 is U-shaped is formed, it is possible to use the mop holder 1 with stretched mop cover 2 by the not of the Squeezing device occupied opening area by the U of the lever when the lever 8 is on the edge of the bucket lies on.

Then the mop holder 1 with a stretched mop cover pulled out through the same opening that through the U-shaped Press lever 8 or bucket rim and the upper edge of the first press jaw 15 is defined. Then the Mop holder 1 with stretched mop cover 2 in the area introduced, the first and second press jaws 15 and 16 enclose with each other when open. In the open State the press jaw 15, 16 form a V-shape. In this Condition, the clamping levers 14 are folded back, as in FIG. 3 is shown. The press lever 8 lies on one or two symmetrically arranged locking pin 17 and by the first press jaw 15 and second press jaw 16 defined Press is open.

As shown in Figure 4, the mop holder 1 with stretched mop cover 2 then vertically downwards guided so that it from the first and second press jaw 15, 16 is enclosed laterally. Is the mop holder 1 with Mop cover 2 inserted deep enough, the lever 9 through Turn the bearing 10 towards the mop holder 1 and the remaining squeezing device moved, whereby the Fold the clamping lever 14 down and with the locking lugs 19, which are provided on the second press jaw 16 come.

The squeezing device is thus closed However, squeezing pressure is not yet being applied. To one Squeeze pressure through the two press jaws on the To exercise plate surfaces 6 of the mop holder 1 with the mop cover 2, the lever 8 is retracted, as shown in FIG. 5, the clamping lever 14 with the locking lugs 19 in engagement stay. This causes the bearing point 10 between the first press jaw 15 and press lever 8 on the Bearing point 11 between the second press jaw 16 and bucket 7 moved, whereby the first press jaw 15 parallel to second press jaw 16 and a squeezing pressure through Operating the lever 8 is applied to the Plate surfaces 6 of the mop holder 1 with it stretched Mop cover 2 is transferred. Because the press jaws 15 and 16 parallel to each other and to the plate surfaces of the Mop holder 1 stand, a uniform squeezing of the total mop cover 2 reached. The squeezed water or Cleaning liquid can through corresponding openings 21st and 22 and through a lower opening between the Press jaws 15, 16 flow off and is collected in bucket 7.

By designing the distances A1 from the handle accordingly of the press lever to the bearing point 10 between the press lever and first press jaw 15 and the distance A2 between the bearing point the clamping lever on the press lever 8 and bearing 10 of the Press lever 8 on the first press jaw results in a large one Force translation of the applied hand force, the for example in the range of approx. 1-10. This will an effective pressing of a textile mop cover 2, the for example fringes and loops, by strong Push these elements together.

After the pressing process, the pressing lever 8 again turned towards the squeezing device (in Clockwise in Figure 5) and takes again that in Figure 3 position shown, the pressing jaws 15 and 16, such as is shown in Figure 4, again in its upper region further apart and form a slight V Subsequently the connection between clamping lever 14 and locking lugs 19th solved by the clamping lever around the bearing 12 upwards be folded (counterclockwise in Figure 5) and the Press lever can be in the starting position, which is shown in FIG is shown, are placed on the bucket wall. Then this is possible if the press lever 8 and the bucket rim accordingly are designed. The pressed mop cover 2, which is on the holder 1 is attached can by the stem 5 of the holder from the Device for squeezing liquid-absorbing Wiper bodies can be removed by moving upwards.

Should the bucket 7 including the squeezing device can be transported, the handle 9 of the Press lever 8 can be used for this. For this the hook-shaped area 18 with the projections 17 on the bucket 7 are provided, engaged. This will make the force applied by carrying directly into bucket 7 initiated, causing damage to the Squeezing device is prevented. This wearing position is shown in Figure 6. The clamping lever 14 also snap on the locking lugs 19, the press of course is not drawn. To carry it stably without the danger of cleaning liquid sloshing out enable, it makes sense to the projections 17 in one of the To attach the axis of symmetry of the bucket near area the bucket as close as possible or vertically above it To take focus.

The entire device for pressing out can be integrated directly run into the bucket, or run through it corresponding elements, such as snap connections or The like can be placed on a bucket.

The essential aspect of the arrangement according to the invention lies in that a high squeezing force on one on one Mop holder stretched mop cover can be applied with a high power transmission the effort of the Cleaning power reduced. Furthermore, the parallel Position the press jaws evenly during pressing Squeezing effect on the entire wiping body to be squeezed out reached. By designing a bucket accordingly can also completely on an additional handle to be dispensed with.

Claims (21)

Device for squeezing liquid-absorbing wiping bodies (1, 2), comprising a first and a second press jaw (15, 16) each having two main surfaces and side surfaces perpendicular thereto, the first press jaw (15) being articulated to the second (16); a press lever (8) articulated to the first press jaw (15); a clamping device (14, 19) connected to the press lever (8) for clamping the first and second press jaws (15, 16); and a fastening device provided on the second press jaw (16) for the device on a standing and / or collecting device; characterized in that
the clamping device (14, 19) comprises at least one clamping lever (14) and at least one latching lug (19), the clamping lever (14) being articulated on the pressing lever (8) in a region between the bearing point of the pressing lever (8) and away from the first pressing jaw Lever end is mounted near the bearing point (10) and the locking lug (19) is attached to the second press jaw (16) so that it can be brought into engagement with the clamping lever (14). Device according to claim 1, characterized in that the pressing jaws (15, 16) are essentially rectangular, so that in the installed position they each have two end faces and one upper and one lower side face. Device according to one of the preceding claims, characterized in that the articulated connection (13) between the first and second press jaws (15, 16) is in a lower region of the press jaws (15, 16) in the installed position, and in that the press lever (8 ) is mounted on an end region (10) of the first press jaw (15) remote from the connection between the first and second press jaws (15, 16). Device according to one of the preceding claims, characterized in that the pressing lever (8) is U-shaped. Apparatus according to claim 4, characterized in that the pressing lever (8) is mounted on the first pressing jaw (15) by two bearing points (10) which are arranged symmetrically with respect to one another essentially in the main direction of movement of the pressing jaws. Apparatus according to claim 5, characterized in that the bearing points (10) are each located on the end faces of the press jaws (15, 16). Device according to one of the preceding claims, characterized in that at least two clamping levers (14) and locking lugs (19) are provided, which are arranged symmetrically to one another with respect to a plane of symmetry lying essentially in the main direction of movement of the press jaws. Apparatus according to claim 7, characterized in that a connecting element which transmits the movement of the clamping levers (14) connects the at least two clamping levers (14) and which transmits the movement of one clamping lever to the other clamping lever. Device according to one of the preceding claims, characterized in that the pressing jaws (15, 16) are provided with openings (21, 22). Device according to one of the preceding claims, characterized in that guide elements for guiding the movement of the first press jaw are provided on the two end faces of the first press jaw (15). Apparatus according to claim 10, characterized in that the guide elements are located in an upper region of the first press jaw (15) in the installed position and are designed as projections for support on a sliding region (20) of a holding body. Device according to one of the preceding claims, characterized in that a grip area (9) is provided on the press lever (8). Apparatus according to claim 12, characterized in that the pressing lever (8) has a hook-shaped area (18) at an outer end and that a bearing point of the pressing lever (8) on the first pressing jaw (15) is between the hook-shaped area (18) and the handle area (9). Mop press comprising a device according to a of the preceding claims and a stand and Collecting device (7). Mop press according to claim 14, characterized in that the stand and collecting device is a bucket (7). Mop press according to claim 15, characterized in that the bucket (7) is substantially cuboid. Mop press according to one of claims 14 to 16, characterized in that at least two symmetrically arranged sliding surfaces (20) are provided on an edge region of the stand and collecting device (7). Mop press according to one of claims 14 to 17, characterized in that the standing and collecting device (7) is provided with at least one projection (17) which is located in an upper region of the standing and collecting device (7), so that the Press lever (8) strikes the projection (17) in the open state and the press lever (8) is supported on it during its movement. Mop press according to one of claims 14 to 17, characterized in that the device for squeezing extends over a partial area of an opening of the standing and collecting device (7). Mop press according to claim 19, characterized in that the press lever (8) leaves open a further portion of the opening of the standing and collecting device (7) in the open state, which is at least so large that the wiper body (1, 2) is to be carried out. Mop press according to one of claims 14 to 20, characterized in that the pressing jaws (15, 16) extend substantially over the entire width of the standing and collecting device (7).

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