Bucket for mopping

This invention relates to the field of mopping of floors, and concerns in particular a mop bucket for use in the mopping process.

It is known to provide mop buckets having a divider which partitions the bucket into two liquid reservoir regions. The divider is typically a planar plate that extends between opposite sidewalls of the bucket, and divides the volume of the bucket in two. One of the reservoirs serves as a source of clean water for use in the mopping process. A cleaning fluid or detergent may be added to the water in this reservoir. The other reservoir is a receptacle for dirty water expressed from a mop head. The water is typically expressed from the mop head by use of a mop press. The mop press may be a simple sieve plate against which the mop head is pressed, or may be of a type in which the mop head is mechanically squeezed between plates so as to express the water. Many other types of mop press are known. In preferred arrangements, the mop press in mounted on a back wall of the bucket over the waste reservoir, so that water drains from the mop press into the waste reservoir. Clearly, the key advantage of the divided buckets over undivided buckets is that the supply of clean water remains much less contaminated by dirty water used in the mopping process.

Thus the mopping process is more efficient as substantially clean water is used to mop, rather than progressively more dirty water.

The present invention provides an improved mop bucket.

According to one aspect of the invention there is provided a bucket for use in mopping of floors, which bucket is provided with a generally upstanding divider which partitions the bucket into first and second liquid-reservoir regions, wherein the divider is removably disposed in the bucket. In this way the bucket may be used with or without divider, thereby increasing versatility.

According to yet another aspect of the invention there is provided a bucket for use in mopping of floors, which bucket is provided with a generally upstanding divider which partitions the bucket into first and second liquid-reservoir regions, wherein the divider comprises a plate which deviates from a planar form by projecting toward one reservoir region and correspondingly away from the other.

The divider may comprise a plate which bulges toward one reservoir region. In a preferred arrangement, a portion of the divider is bowed to have the form of a frusto-dome. An upper edge region of the divider may have a generally curved profile. The curved profile may extend through the divider. The chord of the curve may decrease down toward a lower end region of the divider.

The divider may be formed with a handle. For example, the divider may be formed with a cut-out at an upper end region thereof, the cut out being of a size which permits entry of fingers so as to serve as the handle.

Typically, the divider is removably disposed in the bucket. The divider may be removably slidable into retaining channels formed in opposite sidewalls of the bucket. The retaining channels may each be formed by two spaced apart vertically extending ridges, which ridges define there-between an elongate slot. The sliding fit should, of course, be resistant to the passage of dirt entrained in water, and preferably substantially resistant to the passage of water.

One side portion of the bucket corresponding the first reservoir may be formed with a locally raised edge, which edge is capable of supporting a mop press over the first reservoir.

In a preferred arrangement, wherein the divider is generally centrally located in the bucket, but projects toward one reservoir and correspondingly away from the other so that said one reservoir has a lower volume than the other reservoir.

In certain embodiments, the volume of one reservoir is 10 to 14 litres and the volume of the other is 16 to 20 litres. In a preferred embodiment, the volume of one reservoir is 12 litres and the other is 18 litres - as measured up to the top edge of the divider.

In another aspect of the invention, the divider is removable and formed with a bulge, and the divider may be located in the bucket in one orientation with the bulge extending toward one reservoir or in an opposite orientation in which the bulge extends towards the other reservoir.

Following is a description by way of example only and with reference to the figures of one embodiment of a bucket according to the invention.

In the drawings:

Figure 1 is a perspective view from a front quarter of a bucket according to the present invention.

Figure 2 is a perspective view of the bucket in an alternative configuration.

Figure 3 is a perspective view of the bucket with an mop press mounted thereon.

Figure 4 is a perspective view of the bucket and mop press of figure 3, with the divider and mop press in alternative configurations.

In figure 1 shows a mop bucket 10. The bucket is a moulded unitary article formed from plastics material. The bucket has upstanding front 11, rear 12, and side 13,14 walls. A bottom wall (not visible) is formed with four comer region recesses 15 for castors (see figure3).

A divider 16 is a generally planar plate formed of moulded plastics material. The plate is formed with a frusto-dome shaped portion 17 so that an upper edge region 18 of the plate is curved. The curve is tapered towards a lower end of the plate, so that the chord of the curve of the dome reduces towards the lower end of the plate. The plate is located in the bucket 10 by entry of side edge regions 19 of the plate bucket into central vertical upstanding slots formed on an inside surface of each side wall 13,14. The slots are defined by respective vertically extending spaced apart ridges 20,21. The slots are sized to provide an intimate sliding fit so as to prevent or reduce the passage of water through the slots. A slot is similarly formed on an upper surface of the bottom wall of the bucket, and this receives the lower edge of the divider (not visible).

The slots are centrally located in the bucket between the front and rear walls.

The divider is formed at an upper end region thereof with an elongate cut-out 25 which serves as a handle. This permits removal of the divider from the bucket.

With the divider in place, the bucket is partitioned into a front liquid reservoir 26 and a rear liquid reservoir 27. In figure 1, the divider bulges into the rear reservoir 27. Thus the front reservoir has a greater capacity than the rear reservoir. The volume of the bulge (i.e from an imaginary the uni-planar configuration) is about 3 litres. Thus the front reservoir is enlarged by three litres, and the rear reservoir reduced by three litres. Hence, in this embodiment, the front reservoir 26 has a volume of 18 litres and the rear reservoir 27 a volume of 12 litres.

In figure 2, the divider is shown in a reversed configuration, so that the divider bulges into the front reservoir. This obviously increases the volume of the rear reservoir.

In figure 3, a complete mop bucket is shown in the configuration of figure 1, and with a mop press 30 mounted on a raised and strengthened rear wall 12 of the bucket. The wall is strengthened by use of a lattice of ribs 31 as shown in figure 3. In use, a mop head (not shown) is charged with water and cleaning fluid by entry into the larger front reservoir of clean water. After mopping, the mop head, now with dirty water, in entered into the mop press 30 and water is expressed. The water drains into the rear reservoir 27. Naturally, in a normal cleaning process, the amount of water drained from a mop head will always be less than the amount charged into the head. Thus, the divider allows a division of volumes which makes best use of the volume of the bucket, in that the amount of clean water is maximized. This makes the mopping more efficient, with fewer breaks to refill the clean water, or empty the waste water.

In figure 4, the divider 17 is reversed (as shown in detail figure 4a) to increase the volume of the rear reservoir. This allows a mop press to sit lower in the bucket, and is thus more stable. This configuration is preferred where the mopping job is small, so smaller volumes of clean water (and waste water) are needed. With less water, the bucket is less stable, so the lower mop press location is preferred.