fig1 is an elevated prespective view of the mop bucket cover assembly , including the clamps 2 and the lid 1 , as attached to a mop bucket 4 . the mop bucket lid 1 is comprised of a rigid , planar material and may be shaped as shown in fig3 through 7 . the planar material is lightweight such that it may be commercially provided in a single sheet and cut to an appropriate shape for a uniquely shaped opening in a mob bucket . the variable shapes shown in these figures correspond to commercially available mop buckets . a surface area of the lid 1 is slightly larger than an opening 33 of a mop bucket 4 shown in fig2 . typically , lid 1 overlaps a lip 3 that surrounds an edge of opening 33 . a plurality of clamps 2 are arranged around the lip 3 to exert a first pressure onto an upper surface 50 of the lid 1 , while simultaneously exerting an second pressure opposite to the first pressure , as shown in fig1 . by overlapping the edge 52 of the lid 1 , a lower surface of the lid ( not shown ), firmly seals against an upper surface 35 of the lip 3 . a plurality of clamps 2 is positioned around the lid 1 to ensure that a complete seal between the lower surface of the lid and the upper surface 35 of the entire lip 3 is accomplished . fig1 and 2 depict mop bucket 4 . mop bucket 4 is comprised of a closed bottom 32 , sidewall 31 , and an opening 33 . mop bucket 4 typically comprises swiveling castors 34 that include wheels and one attached to bottom 32 . a bucket handle 99 fastens to opposite sides of bucket 4 . mop bucket lid 1 covers mop bucket 4 when lid 1 is arranged on top of bucket 4 so that the outer edge of lid 1 is aligned with the edge of mop bucket lip 3 . a removable clamp 2 comprises an upper clamp half 45 and a lower clamp half 46 as shown in fig8 a and 8b . a coil spring 37 is arranged between the upper and lower clamp halves 45 , 46 , as more clearly shown in fig8 and 10 . each half 45 , 46 includes a respective jaw 35 , 36 connected to a handles 38 . jaw 35 exerts a downward pressure ; whilst jaw 36 exerts an upward pressure as more clearly shown by the force diagram of fig1 . arrow a and b represent the respective forces of each jaw when in a closed position used to secure lid 1 to bucket 4 . the clamps are easily removed by squeezing handles 38 together to release the opposing pressure of the jaws 35 , 36 . lid 1 is secured to bucket 4 when the user places clamp 2 on the outer edge of the bucket and lid assembly so that the upper jaw 35 secures the upper surface 50 of lid 1 onto to the bucket 4 by the application of downward pressure by spring 37 , and the lower jaw 36 secures bucket lip 3 to lid 1 by the application of upward pressure by spring 37 . fig3 through 7 are plan views of different lid designs for the present invention . each of these lids are aimed at fitting a particular bucket of a prior art device . fig2 is representative of one of these prior art buckets . fig7 is a lid that is directed towards covering opening 33 of fig2 . in each of fig3 through 7 , broken lines “ f ” represents delineation between a front region 70 and side region 71 . broken lines “ b ” represent a demarcation between side region 71 and back region 72 . broken lines “ c ” represent a center line interesting each of the front , side , and back regions to provide a “ left ” and “ right ” region of each lid . it should be noted that in all the lids of fig3 through 7 , the left side is a mirror image of the right side . fig7 depicts a first embodiment of a mop bucket lid comprised of a planar material with a surface area of a larger size than the opening of a mop bucket . this lid may be used to cover the opening 33 shown in fig2 . as can more clearly be seen in fig1 b , sidewall 31 includes a lip 3 . the planar material comprising the lid is waterproof and chemical resistance , preferably of an inert , plastic , material . in this embodiment , the front region 70 includes a curved edge 5 , connected to straight edges 6 arranged in the side region 71 . each straight edge 6 attaches to a curved edge 7 that extends outward from a center of the opening 33 . a straight edge 8 attaches to curved edge 7 and extends from the side region 71 to the back region 72 and attach to curved corners 9 . curved corners 9 attaches to curved edge 10 , as shown . fig3 depicts a second embodiment of the mop bucket lid comprising a different design than fig7 . as in the first embodiment , the mop bucket lid comprises a planar material having a surface area of a larger size than the opening of a mop bucket . typically , lid 1 comprises a front region 70 that includes a straight edge 11 having curved corners 12 , as shown . curved corners 12 connect to extensions 13 in a side region 71 . extensions 13 are arranged on either side of straight edge 14 . the back region 72 is a mirror image of front region 70 . fig4 depicts a further embodiment of a differently shaped lid for a mop bucket . as in the previous embodiments , the lid comprises a planar material with a surface area slightly larger or substantially equal to the opening of a mop bucket . the lid 1 comprises a front region 70 , a side region 71 and a back region 72 . the front region 70 and back region 72 are mirror images of one another and include a straight edge 15 connecting to curved corners 16 . curved corners 16 connect to extensions 17 on either side . fig5 depicts a further lid design . in this embodiment , the lid includes all of the aforementioned elements that are common in nature to fig3 and 4 . the planar material is formed in a capital “ a - shape ” and also includes a front , back and central region defined by respective lines “ f ”, “ b ” and “ c ”. the front region 70 , includes a curved section 18 centrally located within the front region and having a middle that is intersected by center line “ c ”. two curved corners 19 are located on either side of curved section 18 . oblique edges 20 intersect lines “ f ” and “ b ” such that a distance along line “ f ” is less than the distance along line “ b ” from edge to edge in the respective front and back regions . straight edges 21 interact angled lines 20 at an oblique angle and attached to curved edges 22 or an opposite end . straight edges 23 are arranged between back 24 and curved edges 22 , as shown . fig6 depicts a further embodiment of the lid for use with a differently shaped mop bucket . in this embodiment , the lid comprises a planar material having all of the respective common properties mentioned previously . the lid comprises a curved edge 25 , attached to a curved corner 26 . curved corner 26 attaches to straight edge 27 which in turn attaches to a curved edge 28 . curved edge 28 connects at an opposite end to curved corner 29 which attaches to curve 33 . back 30 is sandwiched between curves 33 such that center line “ c ” intersects it in the center . fig8 a and 10 correspond to a first embodiment of the clamp 2 ; whilst fig8 b depicts a second embodiment of the clamp 2 . in both embodiments , jaws 35 and 36 are substantially flat and smooth to allow them to easily extend across an edge of the lid and the lip to cause them to be pinched together . this pinching action creates a seal , as shown in fig1 b . this seal exists between the lid 1 and the lip 3 thereby preventing fluids from being spilled or splashed from the bucket as it is moved . in each embodiment , the jaws are larger in surface area than the pinching handles 38 to ensure that a larger surface area of the lid is covered and sealed against the lip of the bucket . fig9 a and 9b correspond to the clamps shown in fig8 a and 8b , respectively . as can easily be appreciated by the skilled artisan , the springs are arranged either wholly or partially internal to the clamp . as shown in in fig8 a and 9a , spring 37 comprises a coiled region 65 and having ends 69 extending from each end thereof . ends 69 extend across or near a central region of the clamp and may be offset towards either the handles 38 or jaws 35 , 36 . spring 37 is arranged such that jaws 35 , 36 are biased together . in fig9 b , each half of the spring comprises a includes an ear 55 having a through hole 54 therethrough . a pin 58 extends through the first ear 55 and into the second ear 55 and is arranged there between such that the overlapping ears are coupled together such that the pin 54 extends through the central barrel 65 of either of the springs shown in fig9 a and 9b . spring 37 bias the handles 38 in opposite directions . it is to be understood that the invention is not limited to the exact construction illustrated and described above , but that various changes and modifications may be made without departing from the spirit and the scope of the invention as defined in the following claims .
the present invention relates to a novel mop bucket cover assembly , wherein a fully removable lid is tightly secured to a mop bucket by several clamps . the clamps may be changed in an infinite amount of locations around a rim of the mop bucket to provide a superior seal . this cover assembly serves to keep the contents of the bucket from spilling out during transport , while also offering the additional safety of retaining chemical contents within the bucket when the bucket is tipped over . this invention is useful to those in the custodial business , as well as the suppliers , distributors , wholesalers and retailers of groups in this trade .