Patent Publication Number: US-7900642-B2

Title: Washing apparatus

Description:
FIELD OF INVENTION 
     This invention relates to a washing apparatus. The invention is directed particularly but not solely toward a washing apparatus for paint rollers which can also be used as a marketing device. 
     BACKGROUND OF THE INVENTION 
     Washing or cleaning paint rollers can be extremely time consuming and messy. Paint rollers are often improperly washed and therefore have to be replaced at some cost to the consumer. Existing roller cleaners or washing apparatus are costly to both consumers and manufactures and are difficult to operate. 
     Washing with water based paints and even after solvent based paints have been used, can involve a huge use of water. Normally this water must be paid for and must be properly disposed of. Disposal is often down outside drains or inside sinks. 
     Environmentally it is not acceptable to dispose down drains as this pollutes waterways and the sea whereas disposal in the sink though more environmentally sound, as this goes to a sewer or wastewater systems, high volumes can still put pressure on these waste system causing overflow and pollution. 
     OBJECT OF THE INVENTION 
     It is the object of the present invention to provide a washing apparatus which will obviate or minimise some if not all the aforementioned problems in a simple yet effective manner and/or which will at least provide the public with a useful choice. 
     STATEMENT OF INVENTION 
     Accordingly in one aspect the invention may broadly be said to consist in a washing apparatus which provides a housing comprising a spray means such that in use, fluid is forced through at least one aperture creating a substantially elongate spray onto at least one roller wheel or roller sleeve substantially causing the roller wheel to spin and be washed or cleaned. 
     Preferably the aperture is openable during use and the spray is applied to substantially the complete length of the roller. 
     Alternatively the spray means is a fan spray means. 
     Preferably the spray hits the roller in a tangential manner causing the roller to spin creating a centrifugal force, with the fluid and any contents in the roller, being thrown out of the roller. 
     Preferably, the housing in use is provided by a first part and a second part wherein the first part has an outer surface, which in use faces a user and an inner surface which is distal to the user, wherein the first part and second part form a first cavity therebetween, being constructed to produce the spray means. 
     Preferably, the first cavity is provided with a fluid inlet and a fluid outlet wherein the fluid outlet forms the openable aperture. 
     Preferably, the fluid flow is continuous to enable the elongate spray to be maintained. 
     Preferably, the first part has a strengthening means that assists in maintaining fluid pressure on the aperture for the maintenance of an even elongate spray by preventing the aperture from opening unequally at any point along the aperture. 
     Preferably the second part has a strengthening means that assists in the creation and maintenance of the elongate spray. 
     Preferably the raised portion is moulded in such a way with an arc shaped fold across its width, that loads extra rigidity to the central area of the aperture in order to create an even elongate spray across its width. 
     Preferably, at least one raised portion or rib provides the strengthening means. 
     Alternatively, a curved or angled portion provides the strengthening means which can be mutually opposing curved portions of the first and second parts are brought together during assembly of the apparatus, pre-stressing occurs in the centre to provide equal resistance such that the portions react substantially equally to produce a even substantially even aperture and elongate spray therefrom. 
     A curved or angled portion of the rib provides the raised portion wherein the rib is adjacent the aperture. 
     Preferably, the first part has a shield portion in the form of a recess in which the roller wheel or sleeve sits within but is spaced apart to be washed by an elongate spray directed at the top of the roller or sleeve. 
     Preferably, the first part is fluidly sealed to the second part to form the first cavity. 
     Preferably, the aperture is elongate. 
     Preferably in use the apparatus has a top and a base and the apparatus is adapted to sit vertically, wherein the base is provided with legs. 
     Preferably, the fluid inlet is provided with a connecting means, the connecting means having a nozzle and tubing having a cavity connecting distal end, which before use can be in a retracted position or not within the first cavity such that during use, that the connecting distal end is frictionally held at the fluid inlet and the nozzle is removably connectable to a fluid supply thereby allowing the apparatus to be useable by being attachable to a faucet or tap adjacent to a sink or drain. 
     Preferably the aperture is formed by two portions being pre-stressed or outwardly curved, to form a closed elongate aperture such that the aperture only opens evenly under predetermined fluid pressure to produce the elongate spray. 
     Preferably, the first part has a lip portion with holding means to hold a paint roller in place, wherein the lip portion is designed to releasably hold a section of the roller handle, rigidly to the apparatus when in use so as to prevent lateral or twist motion, by being captively retained when the first and second parts are together. 
     Alternatively the first part has at least one landing means, in use to captively retain the shaft of a paint roller when used in the apparatus. 
     Preferably a first landing means is provided in the inner surface of the first part closest to the handle portion of the paint roller and a second landing means is provided in the first part inner surface adjacent to an end of the roller when a roller in use is placed in the apparatus. 
     Preferably the first landing means comprises a grooved portion having a partial roof portion, adjacent an end wall of the first part and the second landing means comprises recess portion between a raised and non-raised pedestal portion. 
     Preferably the first part has a tunnel portion in use to envelop the handle part of a roller, distal to the handle end. 
     Preferably, the washing apparatus is designed for multiple use with the roller being able to be extracted and installed repeatedly for washing as required. 
     Preferably, the washing apparatus is moulded by a vacuum forming process. 
     Preferably, the washing apparatus is moulded by an injection moulding process. 
     Preferably the washing apparatus is stackable or nestable. 
     Preferably the washing apparatus is adapted to provide advertising thereon. 
     Preferably the apparatus is fabricated from substantially PVC plastics. 
     Accordingly in another aspect the invention may broadly be said to consist in a method of washing a roller in a washing apparatus which provides a housing comprising a spray means such that in use, fluid is forced through at least one aperture creating a substantially elongate spray onto at least one roller wheel or roller sleeve substantially causing the roller wheel to spin and be washed or cleaned wherein the following steps include:
         inserting roller therein by opening the apparatus or sliding the roller therein;   connecting the apparatus to a fluid supply means such as a faucet or hose;   initiating fluid flow to wash or clean the roller.       

    
    
     
       DRAWING DESCRIPTION 
       Embodiments of the invention will now be described by way of example only, with reference to the accompanying drawings. 
         FIG. 1  shows a perspective view of the roller washing apparatus having the first part and roller shown with the fluid inlet facing the user. 
         FIG. 2  shows a perspective view of the roller washing apparatus of  FIG. 1  having the second part clipped to the roller shaft. 
         FIG. 3  shows a close up cross-section of the clip formation on the second part of  FIG. 2  showing the formation of the spray. 
         FIG. 4  shows a plan view of the apparatus of  FIG. 1 . 
         FIG. 5  shows an end view of the apparatus of  FIG. 4 . 
         FIG. 6  shows another end view of the apparatus of  FIG. 4 . 
         FIG. 7  shows a cross-sectional side view of the washing apparatus having, a paint roller clipped in place and the cavity between the first and second parts. 
         FIG. 8  shows a close up of the cross-section view of part of  FIG. 7  showing the formation of the spray. 
         FIG. 8   a  shows a close up of the cross-section view of part of  FIG. 7  showing the formation of the spray in a second version. 
         FIG. 8   b  shows a close up of the cross-section view of part of  FIG. 7  showing the formation of the spray, in a third version. 
         FIG. 9  is a perspective view of underneath the washing apparatus. 
         FIG. 10  is a perspective view of underneath the washing apparatus having further features. 
         FIG. 11  is a cross section of a first shaft landing means. 
         FIG. 12  is a cross section of a second shaft landing means. 
         FIG. 13  shows a perspective of an alternative fluid connection. 
         FIG. 14  shows a cross section of an alternative fluid connection. 
         FIG. 15  is a perspective first view of a second embodiment of the washing apparatus. 
         FIG. 16  is a perspective underneath view of the apparatus of  FIG. 15 . 
         FIG. 17  is a first view of the apparatus of  FIG. 15 . 
         FIG. 18  is a first end view of the apparatus of  FIG. 15 . 
         FIG. 19  is a second end view of the apparatus of  FIG. 15 . 
         FIG. 20  is a third end view of the apparatus of  FIG. 15 . 
         FIG. 21  is a cross section of the apparatus of  FIG. 15  with a paint roller in use. 
         FIG. 22  is a close up cross section of the apparatus of  FIG. 15  with a roller of a paint roller in use. 
         FIG. 23  is a cross section of an alternative fluid inlet. 
         FIG. 24  is perspective view of the fluid inlet of  FIG. 23 . 
         FIG. 25  is another perspective view of the fluid inlet of  FIG. 23 . 
         FIG. 26  is a perspective view of a third embodiment of the washing apparatus. 
         FIG. 27  is a perspective front view of the fourth embodiment of the invention an unassembled configuration. 
         FIG. 28  is a perspective front view of the invention in an assembled configuration. 
         FIG. 29  is a perspective end view. 
         FIG. 30  is a perspective view of a first component. 
         FIG. 31  is a perspective view of a second component. 
         FIG. 32  is a close-up perspective view of the second component and aperture forming portion. 
         FIG. 33  is a close-up perspective view of the second component and aperture forming portion. 
         FIG. 34  is a close-up view of the distal end of the fluid inlet connection means. 
     
    
    
     DETAILED DESCRIPTION 
       FIG. 1  shows the washing apparatus  1  in use with a roller  2  in place. It is preferred to wash any rollers that are able to fit within the apparatus such as paint rollers that can be spun. A first part  3  is shaped to allow for the shape of the paint roller  2  or any other object that is to be cleaned. The first part  3  may have a protruding curve  4  of substantially the same shape as a roller wheel or sleeve (the sleeve having a nap). The first part has edges E 1 , E 2 , E 3  and E 4  And also an outer surface, which faces a user, and an inner surface distal to the user. The apparatus can be shaped to be stackable and or nestable with or without the roller in place. The dimensions of the apparatus can be selected to enable the apparatus to fit within standard paint trays and cover standard rollers. 
     The first part  3  has a slot or groove  5  to allow a shaft  6  of the paint roller  2  to fit therein such that the roller sits level in the first part  3 . A fluid inlet in the form of a nozzle  7  is provided for connection to an external fluid source. The fluid is preferably water but could be or include another other suitable fluid or liquid or liquid mixtures/combinations for example detergents and or solvents. Alternatively or in combination to the groove  5  in the first part  3 , the first part can have a tunnel portion or flaring  5   a  (see  FIG. 10 ) that serves to strengthen the first part and stabilize the paint roller handle when inserted into the apparatus. 
     Various strengthening means such as protuberances or rib(s) or curving or angularity are also provided on the first part  3  and or the second part  9 , to aid in the creation and maintenance of the spray. In particular strengthening rib  8  is provided to facilitate the washing operation by providing an even pressure spray of fluid from the elongate aperture. The strengthening means assists in maintaining pressure on the aperture for the maintenance of an even elongate spray by preventing the aperture opening too wide under pressure by the flexible nature of the materials that it is moulded from. The strengthening rib is moulded in such a way that an arc shaped fold is produced across the width of the first part or second part, that loads extra rigidity to the central area of the aperture in order to create an even elongate spray across its width. The central curving or rib assist in providing suitable resistance similar to the ends of the aperture so that substantially equal resistance is provided by the first part and second part to in turn provide a substantially uniformly sized aperture to then provide a substantially elongate spray. 
       FIG. 2  shows a second part  9  of the washing apparatus. The paint roller  2  has a wheel  10  joined to the shaft  6  which is in turn joined to a handle  11 . The wheel can have an exposed surface or the exposed surface may be covered by a bristled roll or nap. The second part  9  is provided with a holding means to hold the shaft  6  of the paint roller  2 . The second part  9  may also have a recess portion  12 , flat portions  13  and angled portions  14 . The holding means is preferably in the form of a clipping action of a lip  15 . 
     As an alternative to or in combination with the lip  15  to hold the paint roller shaft in place, there is at least one landing means provided as part of the first part or as an added portion(s). As shown in  FIGS. 10-12  a first and second landing means  15   a  or  15   b  can be made up of merely a recessed or channel portion having a partial roof portion. The first landing means  15   a  is situated adjacent the roller handle holding portion of the first part edge E 4 . The second landing means  15   b  is situated in the first part portion adjacent the end of the shield portion  4  in a stepped portion S 1  of the edge E 1  of the first part. 
     The first landing means can be made up of a channel portion  30  having a side portion  31  and a roof portion  32 . There can be a landing member  33  to further retain the shaft  6  in place. The second landing means  15   b  has a channel portion  34  having side portion  35  and a roof portion  36 . The channel can have a landing member  37  to further form the channel to hold the shaft in place. In use the roller handle can be fitted in the roofed channel portion by resiliently bending the first part and landing member(s) such that the shaft snaps fits into place. 
     To put the roller in the first part  3  is flipped over to expose the underside. When the shaft  6  is located by the landing means the roller is held in a non-level manner. However when one wishes to commence washing the first part  3  is flipped back over whereby the roller is wet, it is forced into a level configuration. 
       FIG. 3  shows the lip  15 , which is just one form of the holding means to hold the shaft  6  of the roller  2  in place. Other forms of holding means could be a series of tabs or prongs. See other forms of holding shaft  6  in place on the first part  3 ,  9  in  FIGS. 10-12 . 
     A plan view and two end views of the roller washing apparatus of  FIG. 1  are shown in  FIGS. 4-6 . 
     As shown in the cross-section of  FIG. 7 , the two parts  3  &amp;  9  of the washing apparatus are shown joined along edges together to form a cavity  16  for water. The joining of the first and second parts  3  &amp;  9  can be provided by any means that enables a substantially watertight seal to be achieved. Not all edges of the cavity  16  need to be joined. In one form of the invention (see  FIG. 8 ) at least one edge  18  &amp;  19  of the first and second parts is left unjoined to provide an outlet aperture  20  for the water. The edge  18  or  19  could also be strengthening or shaped as required. For example edge  18  or  19  could be curved towards the middle to enhance the spray shape or intensity. This cavity edge being parallel to the strengthening rib  8  of the first part, allows a spray  17  to form. 
     Alternatively, the first part  3  can be integrally joined to the second part  9  while still leaving the at least one unjoined edge. In yet another alternative one edge could cut open in another step. Alternatively to the unjoined edge or openable aperture  20  there could be a series of fine or small apertures of holes. The joining means can be provided by welding or by gluing, screwing or capping etc. 
     Also shown is the water inlet or nozzle  7 , on the outer surface of the first part  3  which is generally for connecting to a hose or tubing. The nozzle  7  of  FIG. 7  is shown as a separate item which can be bought off the shelf and captured within the first and second parts of the apparatus as part of the welding, gluing, screwing or capping etc operation or purpose manufactured to international standard hose coupling specifications. The nozzle  7  can be placed in a hole cut in the first surface of the first part  3 . Alternatively this nozzle  7  can be integrally moulded with the first part  3 . 
     As shown in  FIG. 8  there is a close up of part of the cavity  16  and first part and second part  3  &amp;  9  which allows an elongate spray of water or a jet spray of water  17  onto the top edge of roller wheel or standard roller sleeve  10  to occur. The first part  3  is joined to the second part  9  by a weld along all the edges of second part  9  except for at least one edge. When the second part  9  is joined together with the first part  3 , at least one edge  18  &amp;  19  of the first and second parts  3  &amp;  9  is not joined or welded thereto. This edge is usually elongate in shape. This edge that is not joined or welded provides an outlet aperture  20  for the water. Without the water in the cavity there would be no aperture  20  but a ‘kissing’ of the two unjoined edges  18  &amp;  19 . As the water fills up the cavity  16  the water pressure builds up till the two unjoined edges  18  &amp;  19  eventually part and the spray  17  forms substantially all along the length of the unjoined edge which is preferably elongate in shape. The first part  3  as previously stated is also reinforced or strengthened  8  to help produce and maintain the uniform elongate aperture that is created by the water pressure exiting the cavity  16 . 
     As an alternative to the cross section of the openable aperture of  FIG. 8 , there are the cross sections of  FIGS. 8   a ,  8   b . Instead of the rib  12  there can be a vertical portion  12   a  of  FIG. 8   a . Alternatively as shown in  FIG. 8   b  there can be a stepped portion  12   b.    
       FIG. 9  shows the roller washing apparatus with the roller in place from underneath clearly showing the slot  5  in the first part  3  which allows the shaft  6  of the roller  2  to slide through when installing. 
     To use the washing apparatus of the invention there are a few simple steps to perform. Firstly put a paint roller into the second part  9 . This is done by clipping the shaft  6  of the roller  2  onto the clip  15  of the second part  9 . Once the roller is in place, then attach a hose to the nozzle  7  and turn the fluid on. In an alternative method of installing a paint roller, using the first part  3  having the landing means, one should put the roller end  10  in first whereby the shaft  6  is inserted into the second landing member  15   b , followed by insertion of the shaft  6  into the first landing means  15   a  nearest to the roller handle  2 . This action of fitting the shaft with the landing members uses the resilience or memory of the plastics material to snap fit into place. The roller  2  should now be positively held in place and should be level when wet. 
     Any type of liquid can be used in washing though water or a water based solution or a solvent can be used. In using a solvent the material used in the apparatus will be altered to suit. In water then fills the cavity  16 . The water pressure builds up in the cavity  16  to a point at which the water tries to exit through the openable aperture  20  which is initially closed. In one option for convenience the apparatus can be sized to fit within a standard paint tray. 
     The aperture  20  which is eventually formed is substantially elongate. With the continuing water pressure, water spurts out of aperture  20  as a jet and sprays onto the roller wheel or standard paint roller sleeve  10  in a tangential fashion. As the water is being sprayed tangentially the roller wheel or sleeve  10  spins. The spinning of the wheel creates a centrifugal force and this centrifugal force helps push or drag the water flow through the bristles or nap of the roller wheel or sleeve  10  to mix and dilute the paint and exit therewith. The paint and water mixture flows out in the arrows shown in the  FIG. 6  and into or over a drain, bucket or sink or any drainable surface or aperture as long as the washing apparatus has been conveniently placed or it could be placed on top of a large bucket or trough. 
     The first part can be any configuration that is desired e.g. the corners could be truncated. The nozzle  7  can be moulded as part of the first part  3  or added to the first part before the second part is added. The parts can then be joined. In one example the joining can be by welding at weld points such as at least at points A &amp; B. This welding can also serve to limit the expansion of chamber  16  while under pressure of the fluid forced through the nozzle  7 . This also assists in regulating the opening of the openable aperture  20 .  FIGS. 13 and 14  show another alternative, with the nozzle  7  connected to pedestal P to provide an angled nozzle inclination, to better facilitates fluid connection and entry. Other examples of joining are using adhesive or mechanical snap locking or suction. 
     The roller washing apparatus can be made by a vacuum forming or even injection moulding techniques can be used. Plastics or any other suitable material may be used but it is preferred that PVC say 0.5 mm-0.8 mm thick is used in this application. The plastics may also be UV treated. To produce the roller washing apparatus, the steps can be to initially heat the plastics that has been placed on the mould, next a vacuum is applied and the plastics is sucked down into the mould of the shape of the roller washing apparatus. The mould may also be angled to enable easy removal of the plastics. Next the plastics is removed from the mould and sent to a knife-cutting die. At this step all the waste plastics is removed. After the waste plastics is removed, the two parts of the apparatus, that is the upper part and the lower part are put together. They are put together using a welding die and this creates the cavity  16  that we need to have, to fill up with water to create the spray  17 . Alternatively the first and second parts and or the water inlet can be integrally moulded. 
       FIGS. 15-25  show an alternative construction of the washing apparatus as previously shown in  FIGS. 1-14  but with a different shaped first part  3  i.e. with corners CR truncated, the landing means being of different shapes, no flaring  5   a  and a different shaped fluid inlet  7 . The same numbering used with  FIGS. 1-14  has been used in these figures. The pedestal P is both welded at weld points and weld lines L for both strength and stability for both the apparatus and fluid inlet and resulting elongate spray. 
     The following description is now in relation to the third and fourth embodiments of the invention as covered by  FIGS. 26 to 34  which concern a washing apparatus which can be either vertically standing or tap/faucet supporting. The fourth embodiment of the invention is covered by  FIGS. 27 to 34 . The washing apparatus  100  has an outer surface and an inner surface. The inner is forms cavities for washing and is designed to wash a roller apparatus  101 . As shown in  FIG. 26  the washing apparatus  100  is made up of a first part  102  and a second part  103 . Each of these parts together form cavities that are labelled as one number, but in reality each part  102  and  103  has a portion of the formed cavity. 
     Washing apparatus  100  is provided with a first part  102  and a second part  103  that interfit together with a roller washer being made up of a handle  104  connected by a shaft  105  to a roller  106 . A fluid connecting means  107  to supply washing fluid is also provided with the washing apparatus  100 . The first part  102  and second part  103  together form a first cavity  108  and a second cavity  109  therebetween. Each part having a recess that fit together to form the cavities. The first cavity  109  form a fluidly sealed cavity which enables an elongate spray to be formed. The second cavity  109  is adapted and constructed to house roller  106  for washing. First and second cavities can be swapped in terms of use. 
       FIGS. 28 and 29  shows the washing apparatus in its assembled form, there being in use a closed upper end  113  and an open lower end  114  having feet  115  therein. So that in use the apparatus is able to sit in a general vertical orientation, to enable a roller apparatus to be inserted into the washing apparatus  100  so that the first cavity  108  which is connected by the fluid connecting means  107  and the roller  106  is held and suspended but allowed to freely spin, within second cavity  109  to be washed. 
       FIGS. 30 and 31  show the apparatus opened up to show the inside in parts. The first part  102  is shown in  FIG. 30  where there are shown connecting points or nipples  116  which can be connected to matching female parts or recesses  117  in the second part  103 . During the manufacturing process the two parts  102  and  103  are separately moulded and joined by any suitable fluid sealing means though a one part apparatus is also an option. 
     First part  102  has a raised portion  119  and second part  103  has a mutually opposing raised portion  120 . The raised portions can be generally outwardly curved and in use in the assembled form able to formed the aperture. Without the curvature at the centre the centre portion is generally more flexible than the outer edges and is then able to flex relatively specifically when opposing external forces such as fluid pressure forces are applied, so that an uneven spray will be formed. 
     Aperture  118  which is for producing the elongate spray, is formed between the mutually opposing raised portions  119  and  120  when the first part  102  and  103  are put together during the manufacturing or after the moulding stage or during assembly. When the parts are put together, the mutually opposing raised or curved portions  119  and  120  are pre-stressed, they meet or compress substantially along their length such that they form a substantially closed straight line aperture to the potential entry of water. The curvature at the centre portion provides enough resistance when the two opposing parts are put together, to substantially match the resistance or stiffness provided at the ends of the aperture on either side of the centre. Without fluid pressure the aperture forms a straight line which is substantially closed to fluid. This then enables the aperture which is likely to be formed from a PVC material, to flex equally when under fluid pressure to produce a substantially equal aperture to in turn produce a substantially even elongate spray to spray the roller wheel which is hanging in the second cavity  109 . 
     During the washing operation the elongate spray hits the roller tangentially causing the roller to spin, with the washing fluid being centrifugally forced to combine with any dirt or paint etc within the roller bristles, to be quickly and efficiently washed out. The dirty fluid exits the apparatus  100  through the base  113  and down the drain. 
     As shown in  FIGS. 27-34 , the connecting means which is made up of a nozzle portion  110  and which is connected by way of tubing  112  to a connecting distal end  111 . When not in use the connecting means can lie in a retracted position within the first cavity  108  between the first part  102  and the second part  103 . When in use one merely needs to pull the connecting means  107  by the nozzle  110  such that the tubing pulls out of exit point to first cavity  108  wherein a distal end  111  lies at the exit point of the fluid inlet. The fluid connecting means  107  has a series of spaced apart ribs having different dimensions and different shape such that when the connecting means is pulled out for use the distal end  111  is frictionally and fluidly held tight so that no water or fluid can leak out and effective seal to enable water to be inserted into the first cavity  108  so that under normal fluid pressure the elongate spray is formed. The connecting means optionally can be permanently extending to allow self supporting connection to a tap or faucet. This enables the apparatus to exit waste water into the sewer or waster-water/grey-water systems thereby better protecting the environment reducing pollution and diverting waste into storm-water drains and streams. 
     In use, one inserts the roller apparatus by slipping the shaft  105  into the side of the washing apparatus  100  and into a third cavity  121 . As shown in  FIGS. 30 and 31  third cavity  121  has a portion in parts  102  and  103 . The shaft  105  is frictionally removably held in place so that the washing operation can occur. 
     Advertising and or marketing can be combined with the washing apparatus. For example, a recess or raised portion  122  on first and/or second part  102  &amp;  103  (see  FIG. 1 ) and further packaging, can be used to site labelling etc. 
     The roller washing apparatus can be made up of any suitable material such as plastics and can be in any form or texture such as clear to see whether cleaning is finished, it could be transparent, opaque, frosted, patterned or coloured or UV treated. Any variation or combination of these can be used. Any of these choices of material, texture or surface style can be combined with or be separate to advertising thereon or marketing gimmicks that are possible. For example this apparatus can be given away as packaging or sold as a promotional item bundled with for example a paint tray, roller or other loss leaders and sold to DIY outlets. 
     In a simplified manner there is a method of washing a roller in the washing apparatus which provides a housing comprising a spray means such that in use, fluid is forced through at least one aperture creating a substantially elongate spray onto at least one roller wheel or roller sleeve substantially causing the roller wheel to spin and be washed or cleaned wherein the following steps include:
         inserting roller therein by opening the apparatus or sliding the roller therein;   connecting the apparatus to a water supply means such as a faucet or hose;   initiating fluid flow to wash or clean the roller.       

     Other steps or variations in the above are also possible such as connecting to water or fluid supply before inserting the roller. 
     Variations 
     This invention may broadly be said to consist in the parts, elements and features referred to or indicated in the specification of the application individually or collectively in any and all combinations of any two or more of the parts, elements or features and where specific integers are mentioned herein which have no equivalents such equivalents are deemed to be incorporated herein as if individually set forth. 
     The aperture or spray means could also be created or formed from a fan spray nozzle rather than only being an openable aperture. 
     ADVANTAGES 
     Thus it can be seen that at least in the preferred forms, a washing apparatus is provided which has at least one of the following advantages:
         easy to use;   able to be conveniently used in a wash basin;   lightweight and recyclable;   quick washing time;   low water use;   efficient cleaning;   low purchase cost   low manufacturing and tooling costs;   convenient promotional and advertising vehicle and   Low cost packaging device for paint rollers   Reusable and self supporting on tap       

     Throughout the description and claims of this specification the word “comprise” and variations of that word, such as “comprises” and “comprising”, are not intended to exclude other additives, components, integers or steps.